ITC Barrow Center Extension.compressed

Wall Detail

Roof Detail

Internal Detail

Pool Detail

General Design Notes:

All works to comply with all current, Relevant building regulations and codes of Practice.

Design Guidance is taken from Sports England Documents and also The Metric Handbook, TGD-B, TGD-M, BS:9999.

All works to be passed by building Control officer inspections.

Cast in-situ concrete to comply with BS 8004.

Steel reinforcement & structural steel Frame to engineer’s details & design.

All timbers to be preservative treated, Structurally graded & sourced from an fsc Managed forests

Do not scale off drawings, dimensions Shown to be used. Consult architect's Office for clarification.

I.T CarlowDept. Of Built Enviroment

Architetural Technology Year 3Technical Desgn and Detailing

Mark Grincell - C00162901

Project No.3 - Thesis

Lecture: Noel D/ Dan O'SFinal Hand Up: 24/04/2015

Contents

Sheet Number Sheet Number

Cover Sheet GA - 001Ground Floor Plan GA - 100First Floor Plan GA - 101Basement Plan GA - 102Site Layout GA - 103Elevations - Finish GA - 104Elevations - Render GA - 105Building Section AA - DD GA - 106Changing Room Layout GA - 107Building Section GA - 1083D Sections GA - 109Front Canopy GA - 110Structural Arrangment GA - 111Environmental Strategy SS - 100Section AA - Wall Section No.1 TD - 100Section AA - Roof Section No.1 TD - 101Section AA - Internal Section No.1 TD - 102Section BB - Wall Section No.2 TD - 103Section BB - Roof Section No.2 TD - 104Section BB - Internal Section No.2 TD - 105Section CC - Wall Section No.3 TD - 106Section CC - Structural Glazing TD - 107Section DD - Wall Section No.4 TD - 109Section DD - CC - Swimming Pool Details TD - 110Complience Part M TGD - 100Complience Part M TGD - 101Complience Part B TGD - 102Complience Part B TGD - 103Site Map - OSI Ortho 2005 - 1:2000 Site Map - OSI Street Map - 1:2000 Site Map - Proposed Building Outline - 1:2000

List of Details

Detail Name Sheet Name Sheet Number

Section AA - Wall - Detail No.1 - Basement Retaining Wall Section AA - Wall Section No.1 TD - 100Section AA - Wall - Detail No.2 - Retaining Wall / First Floor Junction Section AA - Wall Section No.1 TD - 100Section AA - Wall - Detail No.3 - Rainscreen Cladding / First Floor Junction Section AA - Wall Section No.1 TD - 100Section AA - Roof - Detail No.4 - Green Roof Step Up / Accoya Cladding Section AA - Roof Section No.1 TD - 101Section AA - Roof - Detail No.5 - Green Roof / Barrow Center Junction Section AA - Roof Section No.1 TD - 101Section AA - Internal - Detail No.6 - Internal Balcony Section AA - Internal Section No.1 TD - 102Section AA - Internal - Detail No.7 - Internal Ceiling / Skylight Upstand Section AA - Internal Section No.1 TD - 102Section AA - Internal - Detail No.8 - Internal Door Section AA - Internal Section No.1 TD - 102Section BB - Wall - Detail No.1 - Secant Piles / Barrow Center Junction Section BB - Wall Section No.2 TD - 103Section BB - Wall - Detail No.3 - First Floor / Barrow Center Junction Section BB - Wall Section No.2 TD - 103Section BB - Wall - Detail No.2 - Ground Floor / Barrow Center Junction Section BB - Wall Section No.2 TD - 103Section BB - Roof - Detail No.5 - Rainscreen Cladding Parapet / Green Roof Junction Section BB - Roof Section No.2 TD - 104Section BB - Roof- Detail No.6 - Green Roof / Skylight Upstand Junction Section BB - Roof Section No.2 TD - 104Section BB - Internal - Detail No.7 - Balcony Suspension Section BB - Internal Section No.2 TD - 105Section BB - Internal - Detail No.8 - Glulam Column Base Seat Section BB - Internal Section No.2 TD - 105Section BB - Internal - Detail No.9 - Glulam Column Head Section BB - Internal Section No.2 TD - 105Section CC - Wall - Detail No.4 - Glass Panels / Ground Floor Junction Section CC - Wall Section No.3 TD - 106Section CC - Wall - Detail No.5 - Glass Panels / First Floor Junction Section CC - Wall Section No.3 TD - 106Section CC - Wall - Detail No.6 - Glass Panels / Roof Junction Section CC - Wall Section No.3 TD - 106Section CC - Structural Glazing - Detail No.1 - Structural Glazing Base Section CC - Structural Glazing TD - 107Section CC - Structural Glazing - Detail No.3 - Structural Glazing Head Section CC - Structural Glazing TD - 107Section CC - Structural Glazing - Detail No.2 - Structural Glazing Mid Joint Section CC - Structural Glazing TD - 107Section DD - Wall - Detail No.1 - Entrance Threshold Section DD - Wall Section No.4 TD - 109Section DD - Wall - Detail No.2 - Entrance Glazing / First Floor Junction Section DD - Wall Section No.4 TD - 109Section DD - Wall - Detail No.3 - Entrance Glazing Canopy Section DD - Wall Section No.4 TD - 109Section CC - Swimming Pool - Detail No.1 Section DD - CC - Swimming Pool Details TD - 110Section CC - Swimming Pool - Detail No.2 Section DD - CC - Swimming Pool Details TD - 110Section DD - Swimming Pool - Detail No.3 Section DD - CC - Swimming Pool Details TD - 110Section DD - Swimming Pool - Detail No.4 Section DD - CC - Swimming Pool Details TD - 110

ABCDEFGHI

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GA - 106

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GA - 106

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GA - 106

2

GA - 106

48675

6140

North

3655

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1200

3240

25000

10000

19300

5459

2700

4500

5000 1800

Barrow Center

Barrow Center

Barrow Center

2600 2600

2600 2600

22002200

13701370

G-1

G-22

G-27

G-21

G-28

Entry / Exit

30 m²Stairs No.1

2

38 m²Group Changing

10

6 m²G.C No.1

12

6 m²G.C No.2

13

6 m²G.C No.4

15

6 m²G.C No.3

14

7 m²CR Lobby

3

13 m²CR Hallway

4

5 m²GF Store

5

9 m²M.Showers

8

9 m²F.Showers

9

40 m²Pool Hallway

16

14 m²Female W.C

17

14 m²Male W.C

18

6 m²Hallway

19

29 m²Female Changing

7

30 m²Male Changing

6

17 m²Stairs No.3

27

22 m²First Aid

26

21 m²Office

23

8 m²Staff Changing

254 m²WC24

10 m²Reception Desk

22

14 m²Barrow Escape Corridor

21

8 m²Lobby

1

163 m²Hallway

30

15 m²Stairs No.2

31

22 m²Disabled WC/ Changing

28

14 m²Store

29

168 m²Main Lobby

20

17 m²G.Showers

11

G-11

1200

5000

524 m²Pool Area No.2

32

380 m²Pool Area No.1

33

G-26

G-25

2100

320081002850

1600

1600

200200

1500

3650 2220

7870

3220

2000

2220

3300

4180

5500

2200

3000

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3000

3100

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4200

4200

5500

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5100

2800

4800

2000

7800

9200

1100

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20001200

1100

2100

4300

4200

2500

1600

2000

4300

3700

4500

G-14

41

Native Planting

NativeVegetation

Permeable Pavement

4700

1400

Balcony Above

Void Above

Double Space Above

Double Space Above

FF Above

LG

LG

16400

Site BoundarySite Boundary Site Boundary

Glazed Partition(Staff Entrance to Pool) Draft Lobby

GlazedPartition

Fire RatedGlazedPartition

RinseShowers

Pool PodChair Lift

Pool PodChair Lift

Spectator SeatingSpectator Seating

Legend

Boundary Line

30Min Fire Protected



30Min Fire Rated Door



Disabled Refuge (1.5x1.0m)

Service Shaft/ Run

1800mm Wc Turning Circle

Life Guard Stand Area

Entrance

Air Circulation / Smoke

Void Below

DR

LG

Building Compliance Notes:

All Fire Rated construction is to comply with TGDB 2006 andwhere need be BS:9999.

All Fire Rated doors will be fitted with self closing devices,intrumescent strips and smoke seals.All Escape route fire doors will be held open on magnetic padsthat will release on fire alarm activation.

Doors Tags - B: Basement Level - G: Ground Floor Level - F: FirstFloor.

Fire doors will have a vision panel to comply with TGD B Diagram10. Intrumescent strips, smoke seals. Doors automatic closer's willbe fitted to all fire doors.

The Building will be fitted with a Type M (L4) Fire Alarm to BS9999.

Skylight windows to act as smoke vent, activated by smoke/firealarm will allow smoke to exit.( Hydraulic arm system to beinstalled on window)

1m² aov smoke vent, activated by smoke/fire alarm will allowsmoke to exit in all stair wells as well an open vet incoperatedinto lift shaft.

A Wet sprinkler, fire suppression system will be used in thebasement store and plant room.

Emergency escape lighting to be installed On all escape routesto table 9, bs 5266-1 and Bs 5266-7. (Bs 9999 - 38.4).

Escape route Signage to comply with ; Bs 5499-4:2013; safety signscode of practice For escape route signing.

Fire extinguishing installations and Equipment on premisesselection and Positioning of portable fire extinguishers to Complywith Bs 5306-8:2012.

Building Layout will comply with TGD M. All Doors are Min 1000mmWide and 2200mm High in accordance with Table 2 andDiagram 10. Door handles will be located at a height of 900 mm(preferred) above finished floor level.

Reception desk to comply with Section 1.3.3.1 TGD-M.It will beeasily identifiable. The floor surface will be slip resistant (refer to BS8300:2009 Annex E) The reception desk will be designed tofacilitate both wheelchair users and standing people.

Audible Loop listen will be installed at the reception area to aidpeople with Audible disability in compliance with TGD-M 1.6.6

Where artificial lighting is provided, it will give good colourrendering of all surfaces, and will not create glare or pools ofbright light and strong shadows, which poorly located up-lightersmay create in accordance with TGD -M 1.6.5

Construction SpecificationSteel Structure:All Structural Steel to have 60min fireresistance. Structural design is aprovisional design and needs to beconsulted with Structural Engineer. AllSteel reinforced and structural steel tocomply with engineers details, specsand design.

Primary Steel StructureColumns (UKC - Blue)Serial Size - 254mm x 254mm. Kg/m - 71Perimeter Columns (UKBC - Red)Serial Size - 356mm x 171mm. Kg/m - 67Skylight Columns (UKC - Baby Blue)Serial Size - 203mm x 203mm. Kg/m -54Structural Hollow Section (HC - Pink)Outside Diameter - 355.6. Thickness -8mm. Kg/m - 54Beams (UKB - Yellow)Serial Size -356mm x 171mm. Kg/m - 67Beams (UKB Green)Serial Size -254mm x 146mm. Kg/m - 37Skylight Beams (UKB - Gray)Serial Size -305mm x 165mm. Kg/m - 46

Secondary Steel StructurePurlins, Rails and Channels (Orange)Kingspan Multichannel will be advisedto be used.Width - 205mm. Thickness - 65mm

Concrete Structure:All concrete cement used for bothprecast and cast insitu to be ecocembased cement. All concrete works tocomply with BS:8004 and tested with BSEN 12350-1 2009. Exposed concretefinished to comply with BS:8110. (BoardPanel Finish). All Concrete construction tocomply with engineers details, specsand design.

Concrete Retaining Wall (Bright Green)600mm thickness, retaining wall acting assupport for concrete beams with holdingdown bolts cast in to secure steelcolumns above.

Concrete Columns (White)Cast in-situ, steel reinforced concretecolumns with cap with holding downbolts cast in to secure steel columnsabove, 300mm x 300mm.

Concrete Beams (Purple)Transfer structure in place wherestructural steel column grid & basementconcrete column grids do not coincide.Seating for hollow core floor slabsincorporated in beams.

Glulam Structure:Structural Engineer design to be followedwith the Glulam structure. The Steel shoesare to be designed to resist watercorrosion.

Floor Build Up:Ground Floor Suspended - InsulatedHollowcore Slab.

Max Span 9m, Min 50mm bearing and25mm Side bearing. All Gaps filled withlean mix concrete before insulationinstall. All columns wrapped incompressible insulation layer to meetscreed height. Movement joints also tobe accommodated.

-150mm precast concrete floor slab withedge thickening and steel reinforced.-150mm rigid PIR Insulation.(HighCompressive Strength)-75mm Concrete Screed.- Various Floor Finish.

Ground Floor Bearing - InsulatedConcrete Slab

All Gaps filled with lean mix concretebefore insulation install. All columnswrapped in compressible insulationlayer to meet screed height. Movementjoints also to be accommodated.

-150mm concrete floor slab with edgethickening & steel reinforced, oncontinuous radon membrane to exitabove ground outside building.-150mm rigid PIR Insulation.(HighCompressive Strength)-50mm sand blinding layer oncompacted layers of suitable hardcore225mm.

Stairs:Precast concrete stairs used through out thebuilding for stairs no1+2+3. Exposed boardpanel finish on concrete. All doors 60 minutefire rated with smoke seal & automaticcloser to all stairs, opening in direction ofescape. All stairs cores to have 1m²automatic opening vent, linked to firealarm.

All 3 stairs will be fire protected up to 60minincluding any glazing incorporated into theshaft design. Stairs No.1 will lead directly toan external exit. Stairs No. 2+3 will lead into aprotected corridor and to a final exit.

All stairs are in accordance with TGD M1.2.4.1.2 - TGD L 1.1 - TGD B Part B1 (1.3).

Lift/ Lift Shaft:OTIS Gen2 Premier ED Passenger lift.3stops, Basement, Ground Floor, First Floor.Max load - 2000KG (20 People)Speed - 1m/sCar Size - 2350mm - 1700mm, Height -2200mm.Entrance door 1200mm x 2100mm, 2 panelCenter open.Shaft Width - 3050 mm x 2000mm

Lift shaft 150mm cast insitu concrete withboard panel finish externally. Internal of shaftto be coated with white paint and fitted withemergency lighting.Vent of 1m² located at top of shaft.

Basement Entrance/Exit Ramp:2400mm wide vehicle ramp to be 50mmcompacted tarmac on 150mmcompacted hardcore substrate. Rampslope to be 1:9 with 7m landing betweenrises. Head Clearance of 3000mm.One Way Traffic Lights operated system tobe applied.Water channel at basement entrance &exit to minimize water ingress, piped tothe site water attenuation tank.

Service Shaft:Service shaft to be 60mm fire resistant,metal stud construction, including allaccess panels fitted with smoke seals ataccess panels points.

Curtain Walling:APA curtain walling system, TB50 SGsystem which will also be used to supportstructurally.Double glazed Units incorporated. Alljoints to be weathered using silicone seals.

Double glazed unit sizes - 1200mm x2000mm.All curtain walling to have trench heatingbelow to aid in stopping condensation.

Doors:Internal -Protected escape routes will be 60 minute resistance.Doors will open in the direction of escape but not ontoan escape route as per TGD B2006 1.4.3.3. Escape routedoors will be fitted with an electromagnetic that willallow doors to close in the event of fire.

60 minute fire doors will be installed to all stair cores,store rooms and where needed.

Fire doors will have a vision panel to comply with TGD MDiagram 10. Intrumescent strips, smoke seals. Doorsautomatic closer's will be fitted to all fire doors.

External -The main entrance had a lobby entrance with electronicswing doors. There are activated by a sensory system. Theclear width of the opening will be 2000mm and a heightof 2200mm. The Doors will meet the requirement set outin TGD M 1.2.

Structural Glazing:The Structural glazing is a compliment to the Casa DaMusica in Portugal Designed by OMA. The curved glassfacade is deigned by ABT Arnhem.

Hot bended curved and laminated strips of glass 1200mm wide and 400 mm deep.

Good sound insulation can be achieved by placing twosheets of glass at some distance from each other,preferably over an expansion joint, 500mm.

First Floor Suspended - Hollowcore Slab

Max Span 9m, Min 50mm bearing and25mm Side bearing. All Gaps filled with leanmix concrete before insulation install. Allcolumns wrapped in compressible insulationlayer to meet screed height. Movementjoints also to be accommodated.

-150mm precast concrete floor slab withedge thickening and steel reinforced.-75mm Concrete Screed.- Various Floor Finish.

Basement Floor Bearing - Concrete SlabAll Gaps filled with lean mix concrete beforeinsulation install. Floor Thickening aroundperimeters of columns. Movement joints alsoto be accommodated.

-150mm concrete floor slab with edgethickening & steel reinforced, on continuousradon membrane to exit above groundoutside building.-50mm sand blinding layer on compactedlayers of suitable hardcore 225mm.

Swimming Pool:Design guidance for the swimming poolarea design and construction is taken fromthe metric handbook and various SportsEngland Documents. Both Pools share thesame filtration system but share separateheating systems. There will be a store for poolequipment in the area and the lane ropeswill be kept at the return end of the pool inthe service corridor. Lighting in pool inaccordance with Sport England ArtificialSports Lights.The both pools will have a "Poolpod" Liftinstalled to facilitate wheelchair users.

Competition Pool - 25000mm x 10000mm, 8Lane Pool. Side Lanes Kept as Margin.PoolMarking in accordance with ASA/FINAStandards following 25m Pools GeneralGuidance. Shallow 1300mm - Mid 1600mm -Deep 1900mm. Tank Colour - White.Leisure Pool - 1200mm Sloping to 1800mm.Stepped Access point using 300mm Treadsaccompanied with hand rail in accordancewith TGD L at the shallowest area and thepool slopes the width. Tank Colour - White.

Wall Build Up:Internal Partition Solid -The Plasterboard and finish varies throughoutthe building as each zone has differentrequirements (fire) and uses. The basic buildup is a 2.5mm Plasterskim, 12.5mmPlasterboard, 100mm Steed Stud System,12.5mm Plasterboard, 2.5mm Plasterskim.10mm Shadow Gap to be incorporated onperimeter.

Internal Partition Glazed -Internal Glazing will be a TGP Aluminium FireFrame System, with 23mm PilkingtonPyrostop Glass. This will achieve a 60Min FireRating. System to incorporate fire-ratedinsulation (Mineral Wool) as well asintumescent tape.

Copper Panel Rainscreen Cladding -Dri Design Copper Coated Aluminium Panel35mm Thickness. Various Width and Lengths(300x300mm - 600x600mm - 900x900mm -1200x1200mm). Hidden Fix System toVertical Rail System.Proprietary Vertical Railing System securedto Steel Multichannel (CPB). (Thermal BreakIncorporated)50mm PIR Rainscreen Insulation secured toCement Particle Board 12mm, secured to200mm Multichannel. CPB Taped at joints toform air tight barrier. 200mm Space inMultichannel filled with Fire Rated MineralQuilt Insulation. Continuous Fire ratedVapour barrier on inner face pf secondarystructure. Internally Steel Channels providea 50mm service cavity for electrical Works.Required Plasterboard finish secured to steelchannels.

Accoya Timber Cladding -Vertical Accoya Cladding 50mm Width, ShiplapJoint (50year Warranty). Secured to verticalsupport system.Proprietary Vertical Railing System secured to SteelMultichannel (CPB). (Thermal Break Incorporated)50mm PIR Rainscreen Insulation secured toCement Particle Board 12mm, secured to 200mmMultichannel. CPB Taped at joints to form air tightbarrier. 200mm Space in Multichannel filled withFire Rated Mineral Quilt Insulation. Continuous Firerated Vapour barrier on inner face pf secondarystructure. Internally Steel Channels provide a50mm service cavity for electrical Works. RequiredPlasterboard finish secured to steel channels.

Roof Build Up:Green Roof Build Up- 175mm growing substrate with sedum planting.- Filter fleece to prevent any soil particles washinginto the drainage layer, dressed betweendrainage channel and growing substrate.- 60mm Bauder DSE 60 board, filled with mineraldrain material.-Root resistant layer on waterproofing under layer.-Bauder FSM 1100 protection mat, polyester &polypropylene fiber.-150mm rigid PIR insulation.-Vapor barrier layer.-75mm concrete screed.-150mm precast concrete floor slab with edgethickening and steel reinforced.

Copper Mesh Vision Panel -OkaTech Sealed Glazed ExpandedCopper Mesh Panels. This facade is acurtain wall assembly and supported byaluminium brackets at each level. Designguidance is required from Okalux for finaldeign.GL Support brackets (650x105mm)cantilevered anchor supports boltedConcrete slab at 1200mm Center's.FF and RL Support Brackets (300x160x76mm)in Pockets at 1200mm centres in First FloorSlab. High Steel Curtain walling supportangles (250x165x50mm).

- 8 mm low-iron outer pane with coppercoloured frit around edges to concealstructural silicone.- 2 mm cavity with expanded copper meshsecured in corners with spots of silicone.- 8 mm solar control glass with low-e coating.- 16 mm air cavity.- 10 mm laminated inner pane comprisingtwo panes 5 mm fl oat glass and 0.76 mmPVB (polyvinylbutyral) interlayer.

Copper Mesh Spandrel Panel -OkaTech Sealed Glazed ExpandedCopper Mesh Spandrel Panels. This facadeis a curtain wall assembly and supportedby aluminium brackets at each level.Design guidance is required from Okalux forfinal deign.GL Support brackets (650x105mm)cantilevered anchor supports boltedConcrete slab at 1200mm Center's.FF and RL Support Brackets (300x160x76mm)in Pockets at 1200mm centres in First FloorSlab. High Steel Curtain walling supportangles (250x165x50mm).

- 8 mm low-iron outer pane with coppercoloured frit around edges to concealstructural silicone.- 2 mm cavity with expanded copper meshsecured in corners with spots of silicone.- 8 mm solar control glass with low-ecoating.- 30 mm air cavity.- 120 mm rigid insulation.- 3 mm folded aluminium backing sheet.

Pool Area (Wet Zone)Non Slip Tiles

Curved Strutural Glazing

Permeable Paving at Entrance

Changing Room and Toilets(Wet Zone) Non Slip Tiles

Hallway (Dry Zone)Concrete Screed

Lobby (Dry Zone)Concrete Screed

Carpets in Door Lobby(Well Mats)

Native VegetationPlanted for privacy.

Dri - Design Copper Cladding


All works to comply with all current, Relevant building regulationsand codes of Practice.

Design Guidance is taken from Sports England Documents and alsoThe Metric Handbook, TGD-B, TGD-M, BS:9999.



Steel reinforcement & structural steel Frame to engineer’s details &design.

All timbers to be preservative treated, Structurally graded &sourced from an fsc Managed forests

Do not scale off drawings, dimensions Shown to be used. Consultarchitect's Office for clarification.

Scale

Drawn by

Date

Technical Design and DetailingYear 3


Mark Grincell

Dan O'Sullivan / Noel Dunne

1 : 100

23/04/2015 09:05:57

Ground Floor Plan

Issue Date

GA - 100

1 : 100GA - 100

Level 0 - Ground Floor1

Ground Level - Room Schedule

Name Number Area Floor Finish

Lobby 1 8 m² Polished Concrete SrceedStairs No.1 2 30 m² Polished Concrete SrceedCR Lobby 3 7 m² Non Slip TilesCR Hallway 4 13 m² Non Slip TilesGF Store 5 5 m² Non Slip TilesMale Changing 6 30 m² Non Slip TilesFemale Changing 7 29 m² Non Slip TilesM.Showers 8 9 m² Non Slip TilesF.Showers 9 9 m² Non Slip TilesGroup Changing 10 38 m² Non Slip TilesG.Showers 11 17 m² Non Slip TilesG.C No.1 12 6 m² Non Slip TilesG.C No.2 13 6 m² Non Slip TilesG.C No.3 14 6 m² Non Slip TilesG.C No.4 15 6 m² Non Slip TilesPool Hallway 16 40 m² Non Slip TilesFemale W.C 17 14 m² Non Slip TilesMale W.C 18 14 m² Non Slip TilesHallway 19 6 m² Polished Concrete SrceedMain Lobby 20 168 m² Polished Concrete SrceedBarrow Escape Corridor 21 14 m² Polished Concrete SrceedReception Desk 22 10 m² Carpet and UnderlayOffice 23 21 m² Carpet and UnderlayWC 24 4 m² Non Slip TilesStaff Changing 25 8 m² Non Slip TilesFirst Aid 26 22 m² Non Slip TilesStairs No.3 27 17 m² Polished Concrete SrceedDisabled WC/ Changing 28 22 m² Non Slip TilesStore 29 14 m² Non Slip TilesHallway 30 163 m² Polished Concrete SrceedStairs No.2 31 15 m² Polished Concrete SrceedPool Area No.2 32 524 m² Non Slip TilesPool Area No.1 33 380 m² Non Slip Tiles

Ground Level - Door Schedule

Type Width Height Count Mark

White Oak Door Set - Vision Panel 1000 2200 1 G-1White Oak Door Set - Vision Panel 1000 2200 1 G-2White Oak Door Set - Vision Panel 1000 2200 1 G-3White Oak Door Set - No Vision Panel 1000 2200 1 G-4White Oak Door Set - No Vision Panel 1000 2200 1 G-5White Oak Door Set - No Vision Panel 1000 2200 1 G-6White Oak Door Set - No Vision Panel 1000 2200 1 G-7White Oak Door Set - No Vision Panel 1000 2200 1 G-8White Oak Door Set - No Vision Panel 1000 2200 1 G-9White Oak Door Set - No Vision Panel 1000 2200 1 G-10White Oak Door Set - No Vision Panel 1000 2200 1 G-11White Oak Door Set - No Vision Panel 1000 2200 1 G-12White Oak Door Set - No Vision Panel 1000 2200 1 G-13Door and Half - Vision Panel 1500 2200 1 G-14White Oak Door Set - No Vision Panel 1000 2200 1 G-15White Oak Door Set - No Vision Panel 1000 2200 1 G-16White Oak Door Set - No Vision Panel 1000 2200 1 G-17White Oak Door Set - No Vision Panel 1000 2200 1 G-18White Oak Door Set - Vision Panel 1000 2200 1 G-19White Oak Door Set - No Vision Panel 1000 2200 1 G-20Sliding Double Door 1970 2155 1 G-21White Oak Door Set - Vision Panel 1000 2200 1 G-22White Oak Door Set - No Vision Panel 1000 2200 1 G-23White Oak Door Set - No Vision Panel 1000 2200 1 G-24White Oak Door Set - No Vision Panel 1000 2200 1 G-25White Oak Door Set - No Vision Panel 1000 2200 1 G-26Door and Half - Vision Panel 1500 2200 1 G-27Glass Door Single 12mm Thickness 1355 2155 1 G-28Sliding Double Door 2000 2652 1 G-29Sliding Double Door 2000 2625 1 G-30Structural Opening 1000 2200 1 G-31Structural Opening 1000 2200 1 G-32Structural Opening 1000 2200 1 G-33Structural Opening 1000 2200 1 G-34Structural Opening 1000 2200 1 G-35Structural Opening 1000 2200 1 G-36Structural Opening 1000 2200 1 G-37Structural Opening 1000 2200 1 G-38Glass Door Single 12mm Thickness 1170 2652 1 G-39Glass Door Single 12mm Thickness 1170 2141 1 G-40Copper Vision Panel - E.Door 2000 2200 1 G-41

Basment Access Ramp

GA - 100

GA - 3D - Ground Floor2

GA - 100

Front Entrance - 1st Person Perspective3

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Void Below

Barrow Center

North

Barrow Center

Barrow Center

Void Below

Void Below

Void Below

Void Below

18001700

1800

1500

1800

1300

5 m²Store

42

134 m²Lecture Room No.1

41

133 m²Lecture Room No.2

43

31 m²Stairs No.1

44

233 m²Exhibition Space

40

9 m²Disabled WC

35

22 m²Stairs No.3

34

14 m²F.WC

39

9 m²M.WC

38

187 m²First Floor Lobby

36

F-53

F-41

F-47

F-51

F-44

F-52

15 m²Stairs No.2

37

79003300

93005100

900

2000

2500

3800 1000 11001000 1500 3000 3100 1500 600 1000 1200 800 1500

11200

12500

14500

3100

4500

2100

1100 1000 400 1000 800 2300 2000 400

Site BoundrySite Boundry Site Boundry

Void Below

Void BelowGlazed Railing Surroundof Void

StackVentiltionCavity

Glazed Partition

Glazed Railingon Balcony

1

TD - 104

2

TD - 107

1

TD - 109

1

TD - 100

1

TD - 101

1

TD - 102

1

TD - 103

1

TD - 105

1

TD - 106

























Legend

Boundary Line








Service Shaft/ Run



Entrance


Void Below

DR

LG















































First Floor Lobby(Dry Zone)Also Coffee,Viewing Area andFFToilets.

Glulam StructuralColumn(MoistureResistance)

CurvedStructuralGlazing

Stairs No.1Access to Upstairs+ Emergency Exit

Lecture Rooms(Dry Zone)

Exibition Area(Dry Zone)

Copper Mesh VisionPanel Facade

Lift Shaft

Dri Design Copper Cladding

Scale

Drawn by

Date



Mark Grincell


1 : 100

23/04/2015 08:49:48

First Floor Plan

Issue Date

GA - 101

1 : 100GA - 101

Level 1 - First Floor1

First Floor Level - Room Schedule


Stairs No.3 34 22 m² Polished Concrete SrceedDisabled WC 35 9 m² Non Slip TilesFirst Floor Lobby 36 187 m² Polished Concrete SrceedStairs No.2 37 15 m² Polished Concrete SrceedM.WC 38 9 m² Non Slip TilesF.WC 39 14 m² Non Slip TilesExhibition Space 40 233 m² Polished Concrete SrceedLecture Room No.1 41 134 m² Carpet and UnderlayStore 42 5 m² Non Slip TilesLecture Room No.2 43 133 m² Carpet and UnderlayStairs No.1 44 31 m² Polished Concrete Srceed

First Floor Level - Door Schedule

wt Width Height Count Mark

White Oak Door Set - Vision Panel 1000 2200 1 F-41Door and Half - Vision Panel 1500 2200 1 F-42White Oak Door Set - No Vision Panel 1000 2200 1 F-43White Oak Door Set - Vision Panel 1000 2200 1 F-44White Oak Door Set - No Vision Panel 1000 2200 1 F-45White Oak Door Set - No Vision Panel 1000 2200 1 F-46White Oak Door Set - Vision Panel 1000 2200 1 F-47White Oak Door Set - Vision Panel 1000 2200 1 F-48Door and Half - Vision Panel 1500 2200 1 F-49Door and Half - Vision Panel 1500 2200 1 F-50White Oak Door Set - No Vision Panel 1000 2200 1 F-51Door and Half - Vision Panel - Escape 1500 2200 1 F-52White Oak Door Set - Vision Panel 1000 2200 1 F-53

GA - 101

GA - 3D - First Floor2

GA - 101

Internal Exhibition Space3

ABCDEFGHI

32

1

5

6

7

8

J 4

GA - 106

3

GA - 106

1

GA - 106

2

GA - 106

411100

58258675

6140 6140 6140 6140 6090 5550 7500 8300 6700

3533

3655

----

Barrow Center

North

Barrow Center

Barrow Center

4200

Deep End Shallow End

94 m²Plant Room

48

96 m²Lesuire Pool

53

253 m²Training Pool

52

69 m²Basenent Store / Services

47

28 m²Staits No.1

46

21 m²Stairs No.3

45

589 m²Parking Area

51

3200

9000

7600

12000

10700

115.91°

64.09°

B-54

61001500

2900

3100

3600

3500

3100

1500

1500

1500

1500

21001500

2400

Site BoundarySite Boundary Site Boundary

Entrance

to carpark

5900

2400

4800

2900

4800

1500

Traffic ManagementCar Yield Spot

Traffic ManagementTraffic Light

Walkway

Walkway

Walkway

B-60

2400

2300

B-611700

1700

Bike Storage Area

B-56

B-57

B-58

B-59

B-55

3800

830

Balancing Tank No.1 - Leisure Pool

Balancing Tank No.2 -Training Pool









Legend

Boundary Line








Service Shaft/ Run



Entrance


Void Below

DR

LG































































3000

4200

3800

8000 8000 8000 7000 8000

Training PoolService Corridor

Supports for PerimeterColumns and Structural Glazing

Bike Storage Area

Store/ Plant Room(Electrical)

Entrance ramp toUnderground

Parking Area(Grip Screed)

Pedestrian Walkway(Grip Screed)

Competition PoolService Corridor

Stairs and Lift

Main Plant RoomAccess to Service Corridors

Scale

Drawn by

Date



Mark Grincell


As indicated

23/04/2015 09:07:14

Basement Plan

Issue Date

GA - 102

1 : 100GA - 102

Level -1 - Basment Floor1

1 : 200GA - 102

Section EE - Carpark Ramp2

Basement Level - Room Schedule


Stairs No.3 45 21 m² Polished Concrete SrceedStaits No.1 46 28 m² Polished Concrete SrceedBasenent Store /Services

47 69 m² Non Slip Tiles

Plant Room 48 94 m² Non Slip TilesParking Area 51 589 m² Grip ScreedTraining Pool 52 253 m² Non Slip TilesLesuire Pool 53 96 m² Non Slip Tiles

Basemnet Level - Door Schedule

Name Width Height Count Mark

White Oak Door Set - Vision Panel 1000 2200 1 B-54White Oak Door Set - Vision Panel 1000 2200 1 B-55Door and Half - Vision Panel 1500 2200 1 B-56Door and Half - Vision Panel 1500 2200 1 B-57White Oak Door Set - Vision Panel 1000 2200 1 B-58White Oak Door Set - Vision Panel 1000 2200 1 B-59White Oak Door Set - Vision Panel 1000 2200 1 B-60White Oak Door Set - Vision Panel 1000 2200 1 B-61

GA - 102

GA - 3D - Basement Floor3

Level 0 - Ground Floor 52

Level 1 - First Floor 4252

Level -1 - Basment Floor -3948

Level 2 - Roof 1 8252




Level 2 - Roof Glazing 14152

Accoya TimberVertical Cladding Existing Barrow Center

Lime Stone Rainscreen Cladding

Existing Barrow Center GlazingJoining Sports Hall to New Section

Existing Barrow CenterStructural Glazing

Existing Barrow CenterLime Stone Rainscreen Cladding

Proposed Structural GlazingTo Match and Join Existing

4000

4200

4000

1000

1000

1000

2900

1410

0

Swimming Hall Existing Barrow Center









BasementSteel Sheet Piles

Apartment Ground Level




Proposed Structural GlazingTo Match and Join Existing Accoya Timber

Vertical Cladding

OkaTech SealedGlazed ExpandedCopper Mesh Panels

Bauder ExtensiveGreen Roof Skylight Glazing

Existing Building

Existing Barrow CenterRenter Finish

1000

1000

1000

2900

4000

4200

4000

1810

0

Exiting Barrow Center Front Entrance / Class Rooms / Changing Rooms ApartmentsExiting Barrow Center




Level 2 - Roof 1 8252Level 2 - Roof 2 9252




Basement Swimming Pool

Dri Design Copper CoatedAluminium Panel Cladding

1410

0


Accoya TimberVertical Cladding

Bauder ExtensiveGreen Roof

Bauder ExtensiveGreen Roof Skylight Glazing Existing Barrow Center

Structural Glazing

Existing Barrow CenterRender Accoya Timber

Vertical Cladding

4000

4200

4000

1000

1000

1000

2900

It Carlow Main Building

IT Carlow Main Building Lecture Rooms / Changing Rooms Swimming HallCourt Yard









Basement (Swimming Pool) Parking Entrance





Existing Barrow CenterLime Stone Rainscreen CladdingDri Design Copper Coated

Aluminium Panel Cladding

Curved Hot BendedLaminated Structural Glazing

Bauder ExtensiveGreen RoofSkylight GlazingBauder Extensive

Green Roof

1410

0

2900

1000

1000

1000

4000

4200

4000

Apartment

Existing Barrow CenterSwimming Hall









Wall Build Up:Copper Coated Aluminium Panel -Dri Design Copper Coated Aluminium Panel 35mm Thickness.Various Width and Lengths (300x300mm - 600x600mm -900x900mm - 1200x1200mm). Hidden Fix System to Vertical RailSystem.Proprietary Vertical Railing System secured to Steel Multichannel(CPB). (Thermal Break Incorporated)50mm PIR Rainscreen Insulation secured to Cement ParticleBoard 12mm, secured to 200mm Multichannel. CPB Taped atjoints to form air tight barrier. 200mm Space in Multichannel filledwith Fire Rated Mineral Quilt Insulation. Continuous Fire ratedVapour barrier on inner face pf secondary structure. InternallySteel Channels provide a 50mm service cavity for electricalWorks. Required Plasterboard finish secured to steel channels.

Accoya Vertical Timber Cladding -Vertical Accoya Cladding 50mm Width, Shiplap Joint (50yearWarranty). Secured to vertical support system.Proprietary Vertical Railing System secured to Steel Multichannel(CPB). (Thermal Break Incorporated)50mm PIR Rainscreen Insulation secured to Cement ParticleBoard 12mm, secured to 200mm Multichannel. CPB Taped atjoints to form air tight barrier. 200mm Space in Multichannel filledwith Fire Rated Mineral Quilt Insulation. Continuous Fire ratedVapour barrier on inner face pf secondary structure. InternallySteel Channels provide a 50mm service cavity for electricalWorks. Required Plasterboard finish secured to steel channels.

Copper Mesh Vision Panel -OkaTech Sealed Glazed Expanded Copper Mesh Panels. Thisfacade is a curtain wall assembly and supported by aluminiumbrackets at each level. Design guidance is required from Okaluxfor final deign.GL Support brackets (650x105mm) cantilevered anchor supportsbolted Concrete slab at 1200mm Center's.FF and RL Support Brackets (300x160x76mm) in Pockets at1200mm centres in First Floor Slab. High Steel Curtain wallingsupport angles (250x165x50mm).

- 8 mm low-iron outer pane with copper coloured frit aroundedges to conceal structural silicone.- 2 mm cavity with expanded copper mesh secured in cornerswith spots of silicone.- 8 mm solar control glass with low-e coating.- 16 mm air cavity.- 10 mm laminated inner pane comprising two panes 5 mm fl oatglass and 0.76 mm PVB (polyvinylbutyral) interlayer.

Copper Mesh Spandrel Panel -OkaTech Sealed Glazed Expanded Copper Mesh SpandrelPanels. This facade is a curtain wall assembly and supported byaluminium brackets at each level. Design guidance is requiredfrom Okalux for final deign.GL Support brackets (650x105mm) cantilevered anchor supportsbolted Concrete slab at 1200mm Center's.FF and RL Support Brackets (300x160x76mm) in Pockets at1200mm centres in First Floor Slab. High Steel Curtain wallingsupport angles (250x165x50mm).

- 8 mm low-iron outer pane with copper coloured frit aroundedges to conceal structural silicone.- 2 mm cavity with expanded copper mesh secured in cornerswith spots of silicone.- 8 mm solar control glass with low-e coating.- 30 mm air cavity.- 120 mm rigid insulation.- 3 mm folded aluminium backing sheet.

Roof Build Up:Green Roof Build Up- 175mm growing substrate with sedum planting.- Filter fleece to prevent any soil particles washing into thedrainage layer, dressed between drainage channel and growingsubstrate.- 60mm Bauder DSE 60 board, filled with mineral drain material.-Root resistant layer on waterproofing under layer.-Bauder FSM 1100 protection mat, polyester & polypropylenefiber.-150mm rigid PIR insulation.-Vapour barrier layer.-75mm concrete screed.-150mm precast concrete floor slab with edge thickening andsteel reinforced.

Structural Glazing:The Structural glazing is a compliment to the Casa Da Musica inPortugal Designed by OMA. The curved glass facade is deignedby ABT Arnhem.

Hot bended, curved and laminated strips of glass 1200 mm wideand 400 mm deep.

Good sound insulation can be achieved by placing two sheetsof glass at some distance from each other, preferably over anexpansion joint, 500mm.

Curtain Walling:APA curtain walling system, TB50 SG system which will also beused to support structurally.Double glazed Units incorporated. All joints to be weatheredusing silicone seals.

Double glazed unit sizes - 1200mm x 2000mm. All curtain walling tohave trench heating below to aid in stopping condensation

Scale

Drawn by

Date



Mark Grincell


As indicated

23/04/2015 08:52:59

Elevations - Finish

Issue Date

GA - 104

1 : 200GA - 104

East Elevation1

1 : 200GA - 104

North Elevation2

1 : 200GA - 104

West Elevation3

1 : 200GA - 104

South Elevation4

North View

South View

Wes

t Vie

w

East

View

Dri-Design Copper Coated Aluminium Panel

Accoya Vertical Timber Cladding

OkaTech Sealed Glazed Expanded CopperMesh Vision Panel

OkaTech Sealed Glazed Expanded CopperMesh Spandrel Panel

Bauder Extensive Green Roof Build Up

Hot bended curved Structural Glazing

APA Curtain Walling system, TB50 SG system





























BasementSteel Sheet Piles

Apartment Ground Level




Proposed Structural GlazingTo Match and Join Existing Accoya Timber

Vertical Cladding


Bauder ExtensiveGreen Roof Skylight Glazing

Existing Building

Existing Barrow CenterRenter Finish

1000

1000

1000

2900

4000

4200

4000

1810

0









Accoya TimberVertical Cladding Existing Barrow Center

Lime Stone Rainscreen Cladding





4000

4200

4000

1000

1000

1000

2900

1410

0










1410

0




Bauder ExtensiveGreen Roof Skylight Glazing Existing Barrow Center

Structural Glazing

Existing Barrow CenterRender Accoya Timber

Vertical Cladding

4000

4200

4000

1000

1000

1000

2900

It Carlow Main Building








Basement (Swimming Pool) Parking Entrance





Existing Barrow CenterLime Stone Rainscreen CladdingDri Design Copper Coated

Aluminium Panel Cladding

Curved Hot BendedLaminated Structural Glazing

Bauder ExtensiveGreen RoofSkylight GlazingBauder Extensive

Green Roof

1410

0

2900

1000

1000

1000

4000

4200

4000

Apartment

Scale

Drawn by

Date



Mark Grincell


As indicated

23/04/2015 08:58:16

Elevations - Render

Issue Date

GA - 105

North View

South View

Wes

t Vie

w

East

View

Dri-Design Copper Coated Aluminium Panel

Accoya Vertical Timber Cladding

OkaTech Sealed Glazed Expanded CopperMesh Vision Panel

OkaTech Sealed Glazed Expanded CopperMesh Spandrel Panel

Bauder Extensive Green Roof Build Up

Hot bended curved Structural Glazing

APA Curtain Walling system, TB50 SG system

1 : 200GA - 105

North Elevation - Render1

1 : 200GA - 105

East Elevation - Render2

1 : 200GA - 105

West Elevation - Render3

1 : 200GA - 105

South Elevation - Render4



ABCDEFGHI



J





4000

4200

4000

1000

1000

1000

2900

1410

0

1800 13

00

1900

6100 6100 6100 6100 6100 5500 7500 8300 6700

58700

1000

0

9400

1150

0

1400

2600

1100

2600

1500

1500

3800

3200

2600

4300

4200

2000

2000

OkaTech Sealed Glazed ExpandedCopper Mesh Panels

Ventilation StackBauder ExtensiveGreen Roof

BasementParking

Swimming Pool

Service Corridor ForPool Maintenance

Skylight Glazing(Ventilation BuiltIn)

Curved Hot BendedLaminated StructuralGlazing

GlulamColumn

Double HeightSwimming Hall

Stairs No.1DetailCC-1

TD - 107

DetailCC-3TD - 107

Detail3TD - 106

Detail3TD - 106

Detail4TD - 106

Detail1TD - 110

Detail2TD - 110



A B C D E F G H I



J





4000

4200

4000

1000

1000

1000

2900

1410

0

6700 8300 7500 5500 6100 6100 6100 6100 6100

58700

1200

1800

5900

2600

2900

360044

00

3800

3200

1000

1500

5800

3600 1800



Balcony with Glass BalustradeSurrounding (Aid Ventilation)





Basement Parking Pool Plant Room Swimming Pool

Exhibition Area

Secant Concrete PilingBarrow Center Boundry

ProposedStructuralGlazing

Balcony with Glass BalustradeSurrounding

Detail1TD - 110

Detail4TD - 110

Detail1TD - 110

Detail3TD - 109

Detail4TD - 109



321






4

11100 5800 8700

25600

1120

0

4200

4000

1000

1000

1000

4000

1500

1100

3600

1300

2700

1700

1000

3800

3800

3200

Stairs No.1

800


Balcony with Glass BalustradeSurrounding (Aid Ventilation)

BasementStorage/ Plant


ApartmentBuilding

Existing Barrow Center


Structural Concrete Wall(Board Pressed)

Secant Concrete Piles(Barrow Center Wall)

Barrow CenterEscape Route

DetailAA-1TD - 100

1350

DetailAA-2TD - 100

DetailAA-3TD - 100

DetailAA -4TD - 101

DetailAA -4TD - 101

DetailAA-6TD - 102

DetailAA-7TD - 102

DetailAA-8TD - 102



3 2 1







4

1110058008700

25600

1810

0

4000

4200

4000

1000

1000

1000

2900

3700

1300

3800

3500

8800

1300

150024

00

1000

1150

0

2600

1400

Existing Barrow Center


Balcony with Glass BalustradeSurrounding



Proposed StructuralGlazing

BauderExtensiveGreen Roof


Dri DesignCopper CoatedAluminium PanelCladding

DetailBB-2TD - 104

DetailBB-1TD - 104

DetailBB-3TD - 103

DetailBB-7TD - 105

DetailBB-8TD - 105

DetailBB -2TD - 103

DetailBB -1TD - 103

DetailBB-9TD - 105









Legend

Boundary Line








Service Shaft/ Run



Entrance


Void Below

DR

LG

Construction SpecificationSteel Structure:All Structural Steel to have 60min fire resistance. Structuraldesign is a provisional design and needs to be consulted withStructural Engineer. All Steel reinforced and structural steel tocomply with engineers details, specs and design.

Primary Steel StructureColumns (UKC - Blue) Serial Size - 254mm x 254mm. Kg/m - 71Perimeter Columns (UKBC - Red) Serial Size - 356mm x 171mm.Kg/m - 67Skylight Columns (UKC - Baby Blue) Serial Size - 203mm x203mm. Kg/m -54Structural Hollow Section (HC - Pink) Outside Diameter - 355.6.Thickness - 8mm. Kg/m - 54Beams (UKB - Yellow) Serial Size -356mm x 171mm. Kg/m - 67Beams (UKB Green) Serial Size -254mm x 146mm. Kg/m - 37Skylight Beams (UKB - Gray) Serial Size -305mm x 165mm. Kg/m- 46

Secondary Steel StructurePurlins, Rails and Channels (Orange) Kingspan Multichannelwill be advised to be used. Width - 205mm. Thickness - 65mm

Concrete Structure:All concrete cement used for both precast and cast insitu tobe ecocem based cement. All concrete works to complywith BS:8004 and tested with BS EN 12350-1 2009. Exposedconcrete finished to comply with BS:8110. (Board Panel Finish).All Concrete construction to comply with engineers details,specs and design.

Concrete Retaining Wall (Bright Green)600mm thickness, retaining wall acting as support forconcrete beams with holding down bolts cast in to securesteel columns above.

Concrete Columns (White)Cast in-situ, steel reinforced concrete columns with cap withholding down bolts cast in to secure steel columns above,300mm x 300mm.

Concrete Beams (Purple)Transfer structure in place where structural steel column grid &basement concrete column grids do not coincide. Seating forhollow core floor slabs incorporated in beams.

Glulam Structure:Structural Engineer design to be followed with the Glulamstructure. The Steel shoes are to be designed to resist watercorrosion.

Floor Build Up:Ground Floor Suspended - Insulated Hollowcore Slab.Max Span 9m, Min 50mm bearing and 25mm Side bearing. AllGaps filled with lean mix concrete before insulation install. Allcolumns wrapped in compressible insulation layer to meetscreed height. Movement joints also to be accommodated.-150mm precast concrete floor slab with edge thickeningand steel reinforced.-150mm rigid PIR Insulation.(High Compressive Strength)-75mm Concrete Screed.- Various Floor Finish.

First Floor Suspended - Hollowcore SlabMax Span 9m, Min 50mm bearing and 25mm Side bearing. AllGaps filled with lean mix concrete before insulation install. Allcolumns wrapped in compressible insulation layer to meetscreed height. Movement joints also to be accommodated.-150mm precast concrete floor slab with edge thickeningand steel reinforced.-75mm Concrete Screed.- Various Floor Finish.

Basement Floor Bearing - Concrete SlabAll Gaps filled with lean mix concrete before insulation install.Floor Thickening around perimeters of columns. Movementjoints also to be accommodated.-150mm concrete floor slab with edge thickening & steelreinforced, on continuous radon membrane to exit aboveground outside building.-50mm sand blinding layer on compacted layers of suitablehardcore 225mm.

Wall Build Up:Internal Partition Solid -The Plasterboard and finish varies throughout the building aseach zone has different requirements (fire) and uses. The basicbuild up is a 2.5mm Plasterskim, 12.5mm Plasterboard,100mm Steed Stud System, 12.5mm Plasterboard, 2.5mmPlasterskim. 10mm Shadow Gap to be incorporated onperimeter.

Internal Partition Glazed -Internal Glazing will be a TGP Aluminium Fire Frame System,with 23mm Pilkington Pyrostop Glass. This will achieve a 60MinFire Rating. System to incorporate fire-rated insulation (MineralWool) as well as intumescent tape.

Copper Panel Rainscreen Cladding -Dri Design Copper Coated Aluminium Panel 35mm Thickness.Various Width and Lengths (300x300mm - 600x600mm -900x900mm - 1200x1200mm). Hidden Fix System to Vertical RailSystem. Proprietary Vertical Railing System secured to SteelMultichannel (CPB). (Thermal Break Incorporated). 50mm PIRRainscreen Insulation secured to Cement Particle Board12mm, secured to 200mm Multichannel. CPB Taped at jointsto form air tight barrier. 200mm Space in Multichannel filledwith Fire Rated Mineral Quilt Insulation. Continuous Fire ratedVapour barrier on inner face pf secondary structure. InternallySteel Channels provide a 50mm service cavity for electricalWorks. Required Plasterboard finish secured to steel channels.

Accoya Timber Cladding -Vertical Accoya Cladding 50mm Width, Shiplap Joint (50yearWarranty). Secured to vertical support system. ProprietaryVertical Railing System secured to Steel Multichannel (CPB).(Thermal Break Incorporated) 50mm PIR Rainscreen Insulationsecured to Cement Particle Board 12mm, secured to 200mmMultichannel. CPB Taped at joints to form air tight barrier.200mm Space in Multichannel filled with Fire Rated MineralQuilt Insulation. Continuous Fire rated Vapour barrier on innerface pf secondary structure. Internally Steel Channels providea 50mm service cavity for electrical Works. RequiredPlasterboard finish secured to steel channels.

Roof Build Up:Green Roof Build Up175mm growing substrate with sedum planting. Filter fleeceto prevent any soil particles washing into the drainage layer,dressed between drainage channel and growing substrate.60mm Bauder DSE 60 board, filled with mineral drain material.Root resistant layer on waterproofing under layer. Bauder FSM1100 protection mat, polyester & polypropylene fiber. 150mmrigid PIR insulation. Vapor barrier layer. 75mm concretescreed. 150mm precast concrete floor slab with edgethickening and steel reinforced.

Copper Mesh Vision Panel -OkaTech Sealed Glazed Expanded Copper Mesh Panels. Thisfacade is a curtain wall assembly and supported byaluminium brackets at each level. Design guidance isrequired from Okalux for final deign. GL Support brackets(650x105mm) cantilevered anchor supports bolted Concreteslab at 1200mm Center's. FF and RL Support Brackets(300x160x76mm) in Pockets at 1200mm centres in First FloorSlab. High Steel Curtain walling support angles(250x165x50mm).

Copper Mesh Spandrel Panel -OkaTech Sealed Glazed Expanded Copper Mesh SpandrelPanels. This facade is a curtain wall assembly and supportedby aluminium brackets at each level. Design guidance isrequired from Okalux for final deign. GL Support brackets(650x105mm) cantilevered anchor supports bolted Concreteslab at 1200mm Center's. FF and RL Support Brackets(300x160x76mm) in Pockets at 1200mm centres in First FloorSlab. High Steel Curtain walling support angles(250x165x50mm).

Stairs:Precast concrete stairs used through out the building for stairsno1+2+3. Exposed board panel finish on concrete. All doors60 minute fire rated with smoke seal & automatic closer to allstairs, opening in direction of escape. All stairs cores to have1m² automatic opening vent, linked to fire alarm. All 3 stairswill be fire protected up to 60min including any glazingincorporated into the shaft design. Stairs No.1 will leaddirectly to an external exit. Stairs No. 2+3 will lead into aprotected corridor and to a final exit. All stairs are inaccordance with TGD M 1.2.4.1.2 - TGD L 1.1 - TGD B Part B1(1.3).

Lift/ Lift Shaft:OTIS Gen2 Premier ED Passenger lift. 3 stops, Basement,Ground Floor, First Floor. Max load - 2000KG (20 People).Speed - 1m/s. Car Size - 2350mm - 1700mm, Height - 2200mm.Entrance door 1200mm x 2100mm, 2 panel Center open.Shaft Width - 3050 mm x 2000mmLift shaft 150mm cast insitu concrete with board panel finishexternally. Internal of shaft to be coated with white paint andfitted with emergency lighting. Vent of 1m² located at top ofshaft.

Basement Entrance/Exit Ramp:2400mm wide vehicle ramp to be 50mm compacted tarmacon 150mm compacted hardcore substrate. Ramp slope to be1:9 with 7m landing between rises. Head Clearance of3000mm.One Way Traffic Lights operated system to be applied. Waterchannel at basement entrance & exit to minimize wateringress, piped to the site water attenuation tank.

Service Shaft:Service shaft to be 60mm fire resistant, metal studconstruction, including all access panels fitted with smokeseals at access panels points.

Curtain Walling:APA curtain walling system, TB50 SG system which will also beused to support structurally.Double glazed Units incorporated. All joints to be weatheredusing silicone seals.Double glazed unit sizes - 1200mm x 2000mm. All curtainwalling to have trench heating below to aid in stoppingcondensation.

Doors:Internal -Protected escape routes will be 60 minute resistance. Doorswill open in the direction of escape but not onto an escaperoute as per TGD B2006 1.4.3.3. Escape route doors will befitted with an electromagnetic that will allow doors to closein the event of fire. 60 minute fire doors will be installed to allstair cores, store rooms and where needed. Fire doors willhave a vision panel to comply with TGD M Diagram 10.Intrumescent strips, smoke seals. Doors automatic closer's willbe fitted to all fire doors.

External -The main entrance had a lobby entrance with electronicswing doors. There are activated by a sensory system. Theclear width of the opening will be 2000mm and a height of2200mm. The Doors will meet the requirement set out in TGDM 1.2.

Structural Glazing:The Structural glazing is a compliment to the Casa Da Musicain Portugal Designed by OMA. The curved glass facade isdeigned by ABT Arnhem. Hot bended curved and laminatedstrips of glass 1200 mm wide and 400 mm deep. Good soundinsulation can be achieved by placing two sheets of glass atsome distance from each other, preferably over an expansionjoint, 500mm.

















Scale

Drawn by

Date



Mark Grincell


As indicated

23/04/2015 08:59:03

Building Section AA - DD

Issue Date

GA - 106

1 : 200GA - 106

Section CC1

1 : 200GA - 106

Section DD2

1 : 200GA - 106

Section AA3 1 : 200GA - 106

Section BB4

AA

BB

DD

CC





















Legend

Boundary Line








Service Shaft/ Run



Entrance


Void Below

DR

LG

Scale

Drawn by

Date



Mark Grincell


1 : 100

28/04/2015 18:44:54

3D Sections

Issue Date

GA - 109GA - 109

3D - Displaced Levels3

GA - 109

3D Model - Section AA5GA - 109

3D Model - Section BB6

GA - 109

3D Model - Section CC7

GA - 109

3D Model - Section DD8

Construction SpecificationSteel Structure:All Structural Steel to have 60min fire resistance. Structural design is aprovisional design and needs to be consulted with Structural Engineer. AllSteel reinforced and structural steel to comply with engineers details,specs and design.

Primary Steel StructureColumns (UKC - Blue) Serial Size - 254mm x 254mm. Kg/m - 71Perimeter Columns (UKBC - Red) Serial Size - 356mm x 171mm. Kg/m - 67Skylight Columns (UKC - Baby Blue) Serial Size - 203mm x 203mm. Kg/m -54Structural Hollow Section (HC - Pink) Outside Diameter - 355.6. Thickness -8mm. Kg/m - 54Beams (UKB - Yellow) Serial Size -356mm x 171mm. Kg/m - 67Beams (UKB Green) Serial Size -254mm x 146mm. Kg/m - 37Skylight Beams (UKB - Gray) Serial Size -305mm x 165mm. Kg/m - 46

Secondary Steel StructurePurlins, Rails and Channels (Orange) Kingspan Multichannel will beadvised to be used. Width - 205mm. Thickness - 65mm

Concrete Structure:All concrete cement used for both precast and cast insitu to be ecocembased cement. All concrete works to comply with BS:8004 and testedwith BS EN 12350-1 2009. Exposed concrete finished to comply withBS:8110. (Board Panel Finish). All Concrete construction to comply withengineers details, specs and design.

Concrete Retaining Wall (Bright Green)600mm thickness, retaining wall acting as support for concrete beamswith holding down bolts cast in to secure steel columns above.

Concrete Columns (White)Cast in-situ, steel reinforced concrete columns with cap with holdingdown bolts cast in to secure steel columns above, 300mm x 300mm.

Concrete Beams (Purple)Transfer structure in place where structural steel column grid & basementconcrete column grids do not coincide. Seating for hollow core floorslabs incorporated in beams.

Glulam Structure:Structural Engineer design to be followed with the Glulam structure. TheSteel shoes are to be designed to resist water corrosion.

Floor Build Up:Ground Floor Suspended - Insulated Hollowcore Slab.Max Span 9m, Min 50mm bearing and 25mm Side bearing. All Gaps filledwith lean mix concrete before insulation install. All columns wrapped incompressible insulation layer to meet screed height. Movement jointsalso to be accommodated.-150mm precast concrete floor slab with edge thickening and steelreinforced.-150mm rigid PIR Insulation.(High Compressive Strength)-75mm Concrete Screed.- Various Floor Finish.

First Floor Suspended - Hollowcore SlabMax Span 9m, Min 50mm bearing and 25mm Side bearing. All Gaps filledwith lean mix concrete before insulation install. All columns wrapped incompressible insulation layer to meet screed height. Movement jointsalso to be accommodated.-150mm precast concrete floor slab with edge thickening and steelreinforced.-75mm Concrete Screed.- Various Floor Finish.

Basement Floor Bearing - Concrete SlabAll Gaps filled with lean mix concrete before insulation install. FloorThickening around perimeters of columns. Movement joints also to beaccommodated.-150mm concrete floor slab with edge thickening & steel reinforced, oncontinuous radon membrane to exit above ground outside building.-50mm sand blinding layer on compacted layers of suitable hardcore225mm.

Wall Build Up:Internal Partition Solid -The Plasterboard and finish varies throughout the building as each zonehas different requirements (fire) and uses. The basic build up is a 2.5mmPlasterskim, 12.5mm Plasterboard, 100mm Steed Stud System, 12.5mmPlasterboard, 2.5mm Plasterskim. 10mm Shadow Gap to be incorporatedon perimeter.

Internal Partition Glazed -Internal Glazing will be a TGP Aluminium Fire Frame System, with 23mmPilkington Pyrostop Glass. This will achieve a 60Min Fire Rating. System toincorporate fire-rated insulation (Mineral Wool) as well as intumescenttape.

Copper Panel Rainscreen Cladding -Dri Design Copper Coated Aluminium Panel 35mm Thickness. VariousWidth and Lengths (300x300mm - 600x600mm - 900x900mm -1200x1200mm). Hidden Fix System to Vertical Rail System. ProprietaryVertical Railing System secured to Steel Multichannel (CPB). (ThermalBreak Incorporated). 50mm PIR Rainscreen Insulation secured to CementParticle Board 12mm, secured to 200mm Multichannel. CPB Taped at jointsto form air tight barrier. 200mm Space in Multichannel filled with FireRated Mineral Quilt Insulation. Continuous Fire rated Vapour barrier oninner face pf secondary structure. Internally Steel Channels provide a50mm service cavity for electrical Works. Required Plasterboard finishsecured to steel channels.

Accoya Timber Cladding -Vertical Accoya Cladding 50mm Width, Shiplap Joint (50year Warranty).Secured to vertical support system. Proprietary Vertical Railing Systemsecured to Steel Multichannel (CPB). (Thermal Break Incorporated) 50mmPIR Rainscreen Insulation secured to Cement Particle Board 12mm,secured to 200mm Multichannel. CPB Taped at joints to form air tightbarrier. 200mm Space in Multichannel filled with Fire Rated Mineral QuiltInsulation. Continuous Fire rated Vapour barrier on inner face pfsecondary structure. Internally Steel Channels provide a 50mm servicecavity for electrical Works. Required Plasterboard finish secured to steelchannels.

Roof Build Up:Green Roof Build Up175mm growing substrate with sedum planting. Filter fleece to preventany soil particles washing into the drainage layer, dressed betweendrainage channel and growing substrate. 60mm Bauder DSE 60 board,filled with mineral drain material. Root resistant layer on waterproofingunder layer. Bauder FSM 1100 protection mat, polyester & polypropylenefiber. 150mm rigid PIR insulation. Vapor barrier layer. 75mm concretescreed. 150mm precast concrete floor slab with edge thickening andsteel reinforced.

Copper Mesh Vision PanelOkaTech Sealed Glazed Expanded Copper Mesh Panels. This facade is acurtain wall assembly and supported by aluminium Glazing unit at eachlevel. Design guidance is required from Okalux for final deign.

8 mm low-iron outer pane with copper coloured frit around edges toconceal structural silicone. 2 mm cavity with expanded copper meshsecured in corners with spots of silicone. 8 mm solar control glass withlow-e coating. 16 mm air cavity. 10 mm laminated inner pane comprisingtwo panes 5 mm fl oat glass and 0.76 mm PVB (polyvinylbutyral)interlayer.

Copper Mesh Spandrel Panel -OkaTech Sealed Glazed Expanded Copper Mesh Spandrel Panels. Thisfacade is a curtain wall assembly and supported by aluminium GalzingUnit at each level.

8 mm low-iron outer pane with copper coloured frit around edges toconceal structural silicone. 2 mm cavity with expanded copper meshsecured in corners with spots of silicone. 8 mm solar control glass withlow-e coating. 30 mm air cavity. 120 mm rigid insulation. 3 mm foldedaluminium backing sheet.

Curtain Walling:APA curtain walling system, TB50 SG system which will also be used tosupport structurally.Double glazed Units incorporated. All joints to be weathered usingsilicone seals.Double glazed unit sizes - 1200mm x 2000mm. All curtain walling to havetrench heating below to aid in stopping condensation.

Structural Glazing:The Structural glazing is a compliment to the Casa Da Musica in PortugalDesigned by OMA. The curved glass facade is deigned by ABT Arnhem.Hot bended curved and laminated strips of glass 1200 mm wide and 400mm deep. Good sound insulation can be achieved by placing twosheets of glass at some distance from each other, preferably over anexpansion joint, 500mm.

Glulam Structure:Structural Engineer design to befollowed with the Glulam structure. TheSteel shoes are to be designed to resistwater corrosion.

Tire Rod Between Columns.

Primary Steel StructureStructural Hollow Section (HC -Pink) Outside Diameter - 355.6.Thickness - 8mm. Kg/m - 54

Primary Steel StructurePerimeter Columns (UKBC -Red) Serial Size - 356mm x171mm. Kg/m - 67

Primary Steel StructureBeams (UKB Green)Serial Size -254mm x146mm. Kg/m - 37

Primary Steel StructureColumns (UKC - Blue) Serial Size- 254mm x 254mm. Kg/m - 71

Primary Steel StructureBeams (UKB - Yellow)Serial Size -356mm x171mm. Kg/m - 67

Primary Steel StructurePerimeter Columns (UKBC - Red) SerialSize - 356mm x 171mm. Kg/m - 67

Primary Steel StructureBeams (UKB Green) Serial Size -254mmx 146mm. Kg/m - 37

Primary Steel StructureBeams (UKB - Yellow) Serial Size-356mm x 171mm. Kg/m - 67

Primary Steel StructureStructural Hollow Section (HC -Pink) Outside Diameter - 355.6.Thickness - 8mm. Kg/m - 54

Primary Steel StructureColumns (UKC - Blue)Serial Size - 254mm x254mm. Kg/m - 71

Primary Steel StructureBeams (UKB Green) Serial Size-254mm x 146mm. Kg/m - 37

Primary Steel StructureBeams (UKB - Yellow) Serial Size-356mm x 171mm. Kg/m - 67

Primary Steel StructurePerimeter Columns (UKBC - Red) SerialSize - 356mm x 171mm. Kg/m - 67

Primary Steel StructureSkylight Columns (UKC - Baby Blue)Serial Size - 203mm x 203mm. Kg/m-54

Concrete Retaining Wall (Bright Green)600mm thickness, retaining wall actingas support for concrete beams withholding down bolts cast in to secure steelcolumns above.

Concrete Beams (Purple)Transfer structure in place where structuralsteel column grid & basement concretecolumn grids do not coincide. Seating forhollow core floor slabs incorporated inbeams.


Concrete Columns - Glulam Base (Orange)Cast in-situ, steel reinforced concretecolumns with cap with holding down boltscast in to secure steel Glulam ColumnShoes.

Concrete Columns - Glulam Base (Orange)Cast in-situ, steel reinforced concretecolumns with cap with holding down boltscast in to secure steel Glulam ColumnShoes.

Concrete Secant Piles.To Comply with Engineers Details,Specs and Design.

Steel Perimeter ColumnsSpec: Serial Size - 356mm x 171mm. Kg/m - 67.Fixing: Concrete Wall Below with holding downbolts cast in to secure steel columns.Finish: Lined with Moisture Registrant plasterboardand Plaster.

To Comply with Engineers Details, Specs andDesign.

Plasterboard and Plaster FinishSpec: 12.5mm thickness and 2.5mm Plaster Skim.Moisture Resistance plasterboard.Fixing: Secured to steel stud via proprietary Clip.Finish: 2.5mm White plaster skimcoat

Proprietary Plasterboard Clip.



Plasterboard and Plaster FinishSpec: 12.5mm thickness and 2.5mm Plaster Skim.Moisture Resistance plasterboard.Fixing: Secured to steel stud via proprietary Clip.Finish: 2.5mm White plaster skimcoat

Proprietary Plasterboard Clip.

Precast concrete floor slabSpec: 150mm thickness. With edgethickening and steel reinforced. All Gapsfilled with lean mix concrete beforeinsulation installFixing: Bearing on external retaining walland required columns. Min 50mm bearingand 25mm Side bearing.

To Comply with Engineers Details, Specsand Design.

Concrete Structural ColumnSpec: Cast in-situ, steel reinforced concretecolumns with cap with holding down bolts castin to secure steel columns above.


150

Steel Perimeter ColumnsSpec: Serial Size - 356mm x171mm. Kg/m - 67.Fixing: Concrete Wall Belowwith holding down boltscast in to secure steelcolumns.Finish: Lined with MoistureRegistrant plasterboardand Plaster.

To Comply with EngineersDetails, Specs and Design.

350

150

75

380

Structural Column Width

Plasterboard and Plaster FinishSpec: 12.5mm thickness and2.5mm Plaster Skim. MoistureResistance plasterboard.Fixing: Secured to steel stud.Finish: 2.5mm White plasterskimcoat

Precast concrete floor slabSpec: 150mm thickness. With edge thickening andsteel reinforced. All Gaps filled with lean mixconcrete before insulation installFixing: Bearing on external retaining wall andrequired columns. Min 50mm bearing and 25mmSide bearing.

To Comply with Engineers Details, Specs and Design.

PIR Rigid InsulationSpec:150mm Thickness. Thermal Conductivity of 0.021W/mK, Class "O" Fire Rating.Fixing: Layed ontop of concrete slab. Extend to meetexternally insulation. To aid in the elimination ofthermal bridge.

Structural Concrete ScreedSpec: 75mm Thickness. All columns wrapped incompressible insulation layer to meet screed height.Movement joints also to be accommodated. Withedge thickening and steel reinforced To Comply withEngineers Details, Specs and Design.Fixing: Poured ontop of insulation.

Scale

Drawn by

Date



Mark Grincell


As indicated

28/04/2015 17:28:31

Structural Arrangment

Issue Date

GA - 111

GA - 111

Stuctural Arrangment - Roofing Skylight3

GA - 111

Stuctural Arrangment - Glulam Structure2

GA - 111

Stuctural Arrangment - Section No.1 Structure4

GA - 111

Stuctural Arrangment - Section No.2 Structure5

GA - 111

Stuctural Arrangment - Section No.3 Structure6 1 : 5GA - 111

Structural Steel Column Encasment7 1 : 5GA - 111

Structural Steel Beam Encasment8

Steel Structure:All Structural Steel to have 60min fire resistance. Structural design is aprovisional design and needs to be consulted with Structural Engineer. AllSteel reinforced and structural steel to comply with engineers details, specsand design.

Concrete Structure:All concrete cement used for both precast and cast insitu to be ecocembased cement. All concrete works to comply with BS:8004 and tested with BSEN 12350-1 2009. Exposed concrete finished to comply with BS:8110. (BoardPanel Finish). All Concrete construction to comply with engineers details,specs and design.

1 : 5GA - 111

Structural Steel Column Base Connection9

Construction SpecificationSteel Structure:All Structural Steel to have 60min fire resistance. Structural design is aprovisional design and needs to be consulted with Structural Engineer. AllSteel reinforced and structural steel to comply with engineers details,specs and design.



Concrete Structure:All concrete cement used for both precast and cast insitu to be ecocembased cement. All concrete works to comply with BS:8004 and testedwith BS EN 12350-1 2009. Exposed concrete finished to comply withBS:8110. (Board Panel Finish). All Concrete construction to comply withengineers details, specs and design.



Concrete Beams (Purple)Transfer structure in place where structural steel column grid & basementconcrete column grids do not coincide. Seating for hollow core floorslabs incorporated in beams.







Copper Panel Rainscreen Cladding -Dri Design Copper Coated Aluminium Panel 35mm Thickness. VariousWidth and Lengths (300x300mm - 600x600mm - 900x900mm -1200x1200mm). Hidden Fix System to Vertical Rail System. ProprietaryVertical Railing System secured to Steel Multichannel (CPB). (ThermalBreak Incorporated). 50mm PIR Rainscreen Insulation secured to CementParticle Board 12mm, secured to 200mm Multichannel. CPB Taped at jointsto form air tight barrier. 200mm Space in Multichannel filled with FireRated Mineral Quilt Insulation. Continuous Fire rated Vapour barrier oninner face pf secondary structure. Internally Steel Channels provide a50mm service cavity for electrical Works. Required Plasterboard finishsecured to steel channels.

Accoya Timber Cladding -Vertical Accoya Cladding 50mm Width, Shiplap Joint (50year Warranty).Secured to vertical support system. Proprietary Vertical Railing Systemsecured to Steel Multichannel (CPB). (Thermal Break Incorporated) 50mmPIR Rainscreen Insulation secured to Cement Particle Board 12mm,secured to 200mm Multichannel. CPB Taped at joints to form air tightbarrier. 200mm Space in Multichannel filled with Fire Rated Mineral QuiltInsulation. Continuous Fire rated Vapour barrier on inner face pfsecondary structure. Internally Steel Channels provide a 50mm servicecavity for electrical Works. Required Plasterboard finish secured to steelchannels.

Roof Build Up:Green Roof Build Up175mm growing substrate with sedum planting. Filter fleece to preventany soil particles washing into the drainage layer, dressed betweendrainage channel and growing substrate. 60mm Bauder DSE 60 board,filled with mineral drain material. Root resistant layer on waterproofingunder layer. Bauder FSM 1100 protection mat, polyester & polypropylenefiber. 150mm rigid PIR insulation. Vapour barrier layer. 75mm concretescreed. 150mm precast concrete floor slab with edge thickening andsteel reinforced.

Copper Mesh Vision PanelOkaTech Sealed Glazed Expanded Copper Mesh Panels. This facade is acurtain wall assembly and supported by aluminium Glazing unit at eachlevel. Design guidance is required from Okalux for final deign.

8 mm low-iron outer pane with copper coloured frit around edges toconceal structural silicone. 2 mm cavity with expanded copper meshsecured in corners with spots of silicone. 8 mm solar control glass withlow-e coating. 16 mm air cavity. 10 mm laminated inner pane comprisingtwo panes 5 mm fl oat glass and 0.76 mm PVB (polyvinylbutyral)interlayer.

Copper Mesh Spandrel Panel -OkaTech Sealed Glazed Expanded Copper Mesh Spandrel Panels. Thisfacade is a curtain wall assembly and supported by aluminium GlazingUnit at each level.

8 mm low-iron outer pane with copper coloured frit around edges toconceal structural silicone. 2 mm cavity with expanded copper meshsecured in corners with spots of silicone. 8 mm solar control glass withlow-e coating. 30 mm air cavity. 120 mm rigid insulation. 3 mm foldedaluminium backing sheet.


Structural Glazing:The Structural glazing is a compliment to the Casa Da Musica in PortugalDesigned by OMA. The curved glass facade is deigned by ABT Arnhem.Hot bended curved and laminated strips of glass 1200 mm wide and 400mm deep. Good sound insulation can be achieved by placing twosheets of glass at some distance from each other, preferably over anexpansion joint, 500mm.

Scale

Drawn by

Date



Mark Grincell


As indicated

28/04/2015 20:01:23

Environmental Strategy

Issue Date

SS - 100

Water Consumption ConservationA wide range of water conservation measures appropriate for buildingsare suggested by the Environment Agency. These are outlined below

Bathroom SinksBathroom sinks are the most commonly used bathroom appliance, theyare also the most inefficient and inefficiently used.

Infra-red tapsInfra-red taps that can be bought from many eco-friendly appliancecompanies, are especially useful as they only turn on when the laser incrossed this can cut down on waster wastage by half as there in sowasted running water, also modern taps like this have a better partsinstalled so they do not leak like older taps.

Low-Flow aeratorsInexpensive and simple to install, low-flow shower heads and faucetaerators can reduce your home water consumption as much as 50%,and reduce your energy cost of heating the water also by as much as50%. They allow Air to enter the tap so the water is dispersed into widerand better flow.

Toilets/ UrinalsToilets use a huge amount of water when they are flushed. There ismany simple and clever ideas and deigns that help to make toiletsmore efficient, urinals also have also progressed in this manner.

Dual flushFlush typed toilet bowls are undoubtedly consumes large amount ofwater, which not friendly enough to the environment and to thehousehold. The dual flush toilet is a toilet water tank with a dual flushfeature, which includes the half flush and the full flush. The productperfect for every home all around the world, because it will let everyhousehold save from water that they flush every now and then even ifthey only just urinated, which does not need large amount of water toflush.

ShowersShowers depending on their length can use a massive amount of water.Besides our usage in the shower the biggest option that can be done isto use eco-friendly faucets and aerators to cut down on their waterconsumption.

Smart ShowerheadsThe environmentally friendly Roadrunner low-flow showerhead fromEvolve allows you to walk away while your shower gets hot, stoppingthe flow to a trickle when the water reaches a comfortable 95 degreesconserving as much as eight gallons of water for every five minuteshower. An added bonus is an auditory signal: When the flow begins totrickle, you know you can pull on the tag and begin your shower.

Benefits• Reduced water consumption

• Lower installation costs

• No flooding risk

• Reduced pipe blockage in hard water areas

• Avoidance of odorous lime scale on urinal bowls

Limitations• The cost of consumables may exceed the cost of the water saved

• The environmental cost of consumables may outweigh theenvironmental benefit of reduced water use

• Many systems require regular and correct maintenance to preventodour and blockage, or require a maintenance contract which maymake them uneconomic for smaller installations.

Heating Energy Conservation

Biomass

System DescriptionBiomass is any plant-derived organic material that renews itself over ashort period. Biomass energy systems are based on either the direct orIndirect combustion of fuels derived from those plant sources.

The most common form of biomass is the direct combustion of wood intreated or untreated forms. Other possibilities include the productionand subsequent combustion of biogas produced by either gasificationor anaerobic digestion of plant materials. Liquid biofuels such asbioethanol can also be used. The use of biomass is becomingincreasingly common in some European countries (some countriessuch as Austria are heavily dependent on biomass). The environmentalbenefits relate to the significantly lower amounts of energy used inbiomass production and processing compared to the energy releasedwhen they are burnt. This can range from a four-fold return forbiodiesel to an approximate 20-fold energy return for woody biomass.

Biomass heaters range from small, simple wood-burning stoves to largefully automated boilers intended for large commercial/publicbuildings or community heating schemes. Features of a good large-scale boiler include the following:

• Thermal efficiency greater than 85%• Emissions at full load less than 250 mg/m3 CO, 150 mg/m3 dust and 300

mg/m3 NOx• Automatic cleaning of the boiler heat-exchanger and automatic ash

removal• Remote monitoring of the boiler operating parameters.

Benefits• Biomass-fuels can be used to produce energy on a continuous basis

(unlike renewables such as wind or solar energy)

• Biomass can be an economic alternative to fossil fuels

• Biomass is a potential source of both heat and electricity

• Biomass technology is flexible and scale able, from a single boiler to apower station

Limitations• Biomass fuels have a lower energy density compared to fossil fuels

• Biomass systems have particular design management andmaintenance requirements associated with sourcing, transportationand storage

• Biomass can be less convenient to operate than mains-supplied fuelssuch as natural gas

• Biomass systems are more management intensive and requireexpertise in facilities management

• Sources of biomass can fluctuate, so boilers should be specified tooperate on a variety of fuels without risk of overheating or tripping out

Grey water Harvesting System

Grey water is water originally supplied as potable water that hasalready been used for bathing, washing, or laundry. The waste-wateris collected, stored and treated, then used for toilet flushing orirrigation of non-edible plants.

Runoff from the roof will be run into the storage tank that will beplaced under the new car park area.

Water storageGreywater collection tanks are generally smaller than rainwatercollection tanks and can be located above ground.Packaged collection tanks are available that are supplied with afiltration and disinfection dosing system. Control systems areavailable that will automatically pump the water to the foul drainafter a preset period of no draw-off. It should also be possible tomanually drain the tank to allow for cleaning and maintenance andin response to contamination of the water.

System typesGreywater systems can be categorised as either direct-fed, wherethe greywater is stored in a storage tank and pumped directly tothe water outlets, or indirect where the greywater is supplied froma storage tank to a storage cistern before being supplied to thewater outlets.

Water treatmentA range of substances such as skin, hair, soaps, detergents andsurface cleaning agents contaminate greywater. As the greywaterwill also contain pathogenic micro-organisms, the water must betreated before use. Without this treatment health-related problemscould arise following storage of the water, as the warm, nutrient-rich water will quickly deteriorate with the multiplication ofbacteria.

Greywater must not be stored for more than 24 hours untreated andfor not more than three days after treatment.

Benefits• Re-use of waste water for toilet flushing and other non-potable uses

• Can be used for single building or communal schemes

• Wide range of water filtration techniques available

Limitations• Greywater must be treated before use

• Greywater must not be stored for more than 24 hours untreated andfor not more than three days after treatment

• Providing sufficient greywater storage capacity may presentproblems

• More suited to new build applications than retrofit

• Installation and on-going costs may not justify savings

• Pumps, filters and sensors can present operational problems

Solar Water Heating

System descriptionSolar water heating systems use the energy from the sun to heatwater, most commonly for hot water needs (such as washing andcleaning requirements). Solar heating systems use a heat collectorthat is usually mounted on a roof in which a fluid is heated by the sun.

This fluid is used to heat water that is stored in either a separate hotwater cylinder or in a twin-coil hot water cylinder (the second coil isused to provide additional heating from a boiler or other heat source).

System typeGlazed flat-plate collectorsFlat-plate collectors comprise a metal absorber in a rectangularhousing. The absorber is typically made from copper or aluminiumand coated with a special black coating which improves absorptionof solar energy and enhances heat transfer. Copper tubes areattached in parallel (or in a serpentine coil) to the absorber. Thesetubes are used to contain the heat transfer medium.

Benefits - Glazed flat-plate collectors

• Simple and robust design

• Well-developed technology

• Cheaper than alternative evacuated tube collectors

• Good price to performance ratio

• Provides a wide range of mounting options

• The flat surface is more visually appealing than the curved corrugatedsurface of evacuated tube collectors.

Limitations - Glazed flat-plate collectors

• Lower efficiency compared to evacuated tube collectors

• Requires more roof space than evacuated tube collectors

• Lower water temperature than evacuated tube collectors.

Stack ventilation

Driven by temperature differences between the hot air inoccupied spaces and cooler external air. Warm air willelevate upwards in the Atrium andexit through an Openable Vent. This air which is evacuatedfrom the building gives foundation for fresh and cooler air tobe drawn into the building through openings, such aswindows at a Lower Level.

It will be used to benifit the chaning rooms and also thelecture rooms.

The Exhibition are will be ventilated by air from the lobbierising through the void in the floor and up to the skylightwhich has built in ventilation.

Benefits• Flexibility in vent placement• Non-reliance on wind patterns• Stable air flow• Sustainability.• Temperature difference is the driving force• Effective for night time cooling with greatest differentialbetween internal and external temperature• Wind-driven ventilation for improved daytimeperformance

Limitations• Lower air flow force when compared to wind ventilation• Reliance on temperature differentials -air outside must becooler than the inside air for system to work• Design limitations regarding ceiling heights- Upper storeyfloors may overheat if there is insufficient height differencebetween those levelsand the stack ventilation shaf• A clear path is essential for air to travel with ease from lowlevel openings to the high ventilation

Infra-red tap Dual flush

Smart Showerheads Low-Flow aerators

Room For Biomass Boiler

Biomass Boiler

Glazed flat-plate collectors

Glazed flat-plate collectors

Greywater collection tank









Construction SpecificationSteel Structure:All Structural Steel to have 60min fire resistance. Structural design isa provisional design and needs to be consulted with StructuralEngineer. All Steel reinforced and structural steel to comply withengineers details, specs and design.

Primary Steel StructureColumns (UKC - Blue) Serial Size - 254mm x 254mm. Kg/m - 71Perimeter Columns (UKBC - Red) Serial Size - 356mm x 171mm. Kg/m- 67Skylight Columns (UKC - Baby Blue) Serial Size - 203mm x 203mm.Kg/m -54Structural Hollow Section (HC - Pink) Outside Diameter - 355.6.Thickness - 8mm. Kg/m - 54Beams (UKB - Yellow) Serial Size -356mm x 171mm. Kg/m - 67Beams (UKB Green) Serial Size -254mm x 146mm. Kg/m - 37Skylight Beams (UKB - Gray) Serial Size -305mm x 165mm. Kg/m - 46


Concrete Structure:All concrete cement used for both precast and cast insitu to beecocem based cement. All concrete works to comply withBS:8004 and tested with BS EN 12350-1 2009. Exposed concretefinished to comply with BS:8110. (Board Panel Finish). All Concreteconstruction to comply with engineers details, specs and design.

Concrete Retaining Wall (Bright Green)600mm thickness, retaining wall acting as support for concretebeams with holding down bolts cast in to secure steel columnsabove.

Concrete Columns (White)Cast in-situ, steel reinforced concrete columns with cap withholding down bolts cast in to secure steel columns above, 300mmx 300mm.


Glulam Structure:Structural Engineer design to be followed with the Glulam structure.The Steel shoes are to be designed to resist water corrosion.

Floor Build Up:Ground Floor Suspended - Insulated Hollowcore Slab.Max Span 9m, Min 50mm bearing and 25mm Side bearing. All Gapsfilled with lean mix concrete before insulation install. All columnswrapped in compressible insulation layer to meet screed height.Movement joints also to be accommodated.-150mm precast concrete floor slab with edge thickening andsteel reinforced.-150mm rigid PIR Insulation.(High Compressive Strength)-75mm Concrete Screed.- Various Floor Finish.

First Floor Suspended - Hollowcore SlabMax Span 9m, Min 50mm bearing and 25mm Side bearing. All Gapsfilled with lean mix concrete before insulation install. All columnswrapped in compressible insulation layer to meet screed height.Movement joints also to be accommodated.-150mm precast concrete floor slab with edge thickening andsteel reinforced.-75mm Concrete Screed.- Various Floor Finish.

Basement Floor Bearing - Concrete SlabAll Gaps filled with lean mix concrete before insulation install. FloorThickening around perimeters of columns. Movement joints also tobe accommodated.-150mm concrete floor slab with edge thickening & steelreinforced, on continuous radon membrane to exit above groundoutside building.-50mm sand blinding layer on compacted layers of suitablehardcore 225mm.

Wall Build Up:Internal Partition Solid -The Plasterboard and finish varies throughout the building as eachzone has different requirements (fire) and uses. The basic build up isa 2.5mm Plasterskim, 12.5mm Plasterboard, 100mm Steed StudSystem, 12.5mm Plasterboard, 2.5mm Plasterskim. 10mm ShadowGap to be incorporated on perimeter.

Internal Partition Glazed -Internal Glazing will be a TGP Aluminium Fire Frame System, with23mm Pilkington Pyrostop Glass. This will achieve a 60Min FireRating. System to incorporate fire-rated insulation (Mineral Wool) aswell as intumescent tape at joints.

Copper Panel Rainscreen Cladding -Dri Design Copper Coated Aluminium Panel 35mm Thickness.Various Width and Lengths (300x300mm - 600x600mm - 900x900mm- 1200x1200mm). Proprietary Hidden Fix System Cement plasterboard. 50mm PIR Rainscreen Insulation secured to Cement ParticleBoard 12mm, secured to 200mm Multichannel. Continuous WindBarrier along external side of CPB. 200mm Space in Multichannelfilled with Fire Rated Mineral Quilt Insulation. Continuous Fire ratedVapour barrier on inner face pf secondary structure. InternallySteel Channels provide a 50mm service cavity for electrical Works.Required Plasterboard finish secured to steel channels.

Accoya Timber Cladding -Vertical Accoya Cladding 75mm Width, Shiplap Joint (50yearWarranty). Secured to vertical support system. Proprietary HiddenFix System Cement plaster board. . (Thermal Break Incorporated)50mm PIR Rainscreen Insulation secured to Cement Particle Board12mm, secured to 200mm Multichannel. CPB Taped at joints toform air tight barrier. 200mm Space in Multichannel filled with FireRated Mineral Quilt Insulation. Continuous Fire rated Vapour barrieron inner face pf secondary structure. Internally Steel Channelsprovide a 50mm service cavity for electrical Works. RequiredPlasterboard finish secured to steel channels.

Roof Build Up:Green Roof Build Up175mm growing substrate with sedum planting. Filter fleece toprevent any soil particles washing into the drainage layer, dressedbetween drainage channel and growing substrate. 60mm BauderDSE 60 board, filled with mineral drain material. Root resistant layeron waterproofing under layer. Bauder FSM 1100 protection mat,polyester & polypropylene fiber. 150mm rigid PIR insulation. Vapourbarrier layer. 75mm concrete screed. 150mm precast concretefloor slab with edge thickening and steel reinforced.

Copper Mesh Vision Panel -OkaTech Sealed Glazed Expanded Copper Mesh Panels. Thisfacade is a curtain wall assembly and supported by aluminiumbrackets at each level. Design guidance is required from Okalux forfinal deign. GL Support brackets (650x105mm) cantilevered anchorsupports bolted Concrete slab at 1200mm Center's. FF and RLSupport Brackets (300x160x76mm) in Pockets at 1200mm centres inFirst Floor Slab. High Steel Curtain walling support angles(250x165x50mm).

Copper Mesh Spandrel Panel -OkaTech Sealed Glazed Expanded Copper Mesh Spandrel Panels.This facade is a curtain wall assembly and supported by aluminiumbrackets at each level. Design guidance is required from Okalux forfinal deign. GL Support brackets (650x105mm) cantilevered anchorsupports bolted Concrete slab at 1200mm Center's. FF and RLSupport Brackets (300x160x76mm) in Pockets at 1200mm centres inFirst Floor Slab. High Steel Curtain walling support angles(250x165x50mm).

Curtain Walling:APA curtain walling system, TB50 SG system which will also be usedto support structurally.Double glazed Units incorporated. All joints to be weathered usingsilicone seals.Double glazed unit sizes - 1200mm x 2000mm. All curtain walling tohave trench heating below to aid in stopping condensation.

Structural Glazing:The Structural glazing is a compliment to the Casa Da Musica inPortugal Designed by OMA. The curved glass facade is deignedby ABT Arnhem. Hot bended curved and laminated strips of glass1200 mm wide and 400 mm deep. Good sound insulation can beachieved by placing two sheets of glass at some distance fromeach other, preferably over an expansion joint, 500mm.

1

Wall Section AA

AA-1

AA-2

AA-3

7515

0

Boun

dry

Gro

und

Leve

l to

Base

men

t Gro

und

Floor

Lev

el -

1800

mm

Grid

Line

1

Concrete ScreedSpec: 75mm Thickness. Detailed with Steel MeshReinforcement.Fixing: Layed directly ontop of Floor Slab.Finish: Polished Finish to expose aggregate.


Concrete ScreedSpec: 150mm Thickness. Detailed with FloorThickening around perimeter and perimeter ofcolumns and Steel Reinforcement. Movement jointsalso to be accommodated.Fixing: Layed directly ontop of Sand binding andHardcore.


Boun

dary

Line

35050

Sand BlindingSpec: 50mm compacted.HardcoreSpec: 225mm compacted

Note: Concrete Slab to have Kickerincorporated into Design 225mm Risefrom Slab.

Note: Existing Neighbouring GroundLevel. Tarmac Finish.

Concrete Structural Retaining WallSpec: 300mm Thickness, Retaining wall acting assupport for concrete beams with holding downbolts cast in to secure steel columns above.Fixing: Secured to meet Slab Kicker withWaterstop cast into bother.


Concrete Panel FinishSpec: 50mm cast in-situ concrete panel.Fixing: Secured to concrete retaining wall.Finish: Board Panel Finish.


Waterproof MembraneTo run from under kicker up to meet theground floor level.Fixing: Bonded to concrete Retaining Wall.

Delta Drain Waterproof MembraneTo run to meet the ground floor level.Fixing: Run under concrete slab. (Acting asa Radon membrane and waterproofingunder slab)

Ribbed WaterstopSpec: The Center accommodateslateral, transverse and shear movement.Fixing: Cast into concrete Retaining wall.


Seal WaterstopSpec: External Waterstop to stop moisterentering.Fixing: Cast into concrete Retaining wall.


400500

225

50

Grid

Line

1

Boun

dary

Line

Concrete Structural Retaining WallSpec: 300mm Thickness, Retaining wall acting assupport for concrete beams with holding down boltscast in to secure steel columns above.Fixing: Secured to meet Slab Kicker with Waterstopcast into bother.




Waterproof MembraneRun from basement up to meet vapour barrier.Fixing: Bonded to concrete Retaining Wall and slab.

Delta Drain Waterproof MembraneRun from basement up to meet vapourbarrier.Fixing: Bonded to concrete Retaining Walland slab.

500

270

150



350

150

75

380

50

410


15

20012.55040

150

Dri Design Copper Coated AluminiumPanel Spec: 35mm Thickness. Various Widthand Lengths (300x300mm - 600x600mm -900x900mm - 1200x1200mm).Fixing: Proprietary Hidden Fix SystemCement plaster board through PIRInsulation via Z-Girt Bracket.Finish: Natural Copper Finish.

PIR Rainscreen InsulationSpec:12.5mm Thickness. (Foil Faced)Thermal Conductivity of 0.021 W/mK,Class "O" Fire Rating. Length 2400mm xWidth 1200mmFixing: Secured to Cement Particle Boardvia proprietary fixing.

Z-Girt Fixing

Cement Particle BoardSpec: 12.5mm Thickness.Fixing: Secured to Multichannel Beam.

Breather MembraneSpec: Fire rated class 0 Membrane continuouson external of Cement Particle Board. Tapedat Joints and where needed. Airtight andWater Resistance.Fixing: To be extended to meet internal VapourBarrier.

Mineral Quilt InsulationSpec: 200mm fire resistant insulation.Thermal Conductivity of 0.041 W/mK,Class "O" Fire Rating.Fixing: Securely packed in betweenMultichannel.

Cold Rolled Steel MultichannelSpec: 200mm Width x 50mmHeight. Galvanised for resistance.Fixing: Secured to primary steelstructure.

Vapour BarrierSpec: Fire Rated Class 0 Halogen-freeflame retardant coating. Taped atJoints and where needed. Airtight andWater Resistance.

Dri Design Copper Coated Aluminium PanelSpec: 35mm Thickness. To return to meet theConcrete Panel Wall. To include ventilationholes and insect mesh.Fixing: To Cladding at top and Concrete wallvia Dri Design propriety fixing.Finish: Natural Copper Finish.

100

Plasterboard and Plaster FinishSpec: 12.5mm thickness and 2.5mm PlasterSkim. Moisture Resistance plasterboard.Fixing: Secured to steel stud.Finish: 2.5mm White plaster skimcoat

Non-Slip Ceramic TileSpec: Rise of 150mm around perimeter usingperimiter tile. Non Shrink Grout at Joints andproprietary requirement for thinset (Expansionjoints required).





360

Grid

Line

1

Boun

dary

Line

500

150

Steel Perimeter ColumnsSpec: Serial Size - 356mm x 171mm. Kg/m - 67.Fixing: Concrete Wall Below with holding downbolts cast in to secure steel columns.


75

225


15

20012.550



Z-Girt Fixing


Breather MembraneSpec: Fire rated class 0 Membrane continuouson external of Cement Particle Board. Tapedat Joints and where needed. Airtight andWater Resistance.Fixing: To be extended to meet internal VapourBarrier.

Mineral Quilt InsulationSpec: 200mm fire resistant insulation.Thermal Conductivity of 0.041 W/mK,Class "O" Fire Rating.Fixing: Securely packed in betweenMultichannel.


Vapour BarrierSpec: Fire Rated Class 0 Halogen-free flame retardant coating. Tapedat Joints and where needed. Airtightand Water Resistance.

100

Polished Floor ScreedSpec: The concretescreed will be polished toexpose the aggregate.



Structural Concrete ScreedSpec: 75mm Thickness. All columns wrapped incompressible insulation layer to meet screedheight. Movement joints also to beaccommodated. With edge thickening and steelreinforced To Comply with Engineers Details, Specsand Design.Fixing: Poured ontop of insulation.

Structural Steel BeamsSpec: Serial Size -254mm x 146mm. Kg/m - 37Serial Size - 356mm x 171mm. Kg/m - 67.Fixing: Connection to Structural ColumnEngineers Connection Detail.


Stru

ctur

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Serv

ice

Void

of 1

350m

m

30

AMF Suspended CeilingSpecs: 24mm Thickness. Thermatex Varioline Wood600x600mm Tiles System. Edge Detail Proprietary Edge SFlong side. Humidity up to 95%. (Sound Absorbing Material)

Shadow Gap BeadSpec: 20mm

Plasterboard and Plaster FinishSpec: 12.5mm thickness and 2.5mm Plaster Skim.Moisture Resistance plasterboard.Fixing: Secured to steel stud.Finish: 2.5mm White plaster skimcoat

24

100

Furring ChannelSpec: Proprietary SystemSuspending Panels.

Top Cross RailSpec: Secured to FurringChannel Via Locking Key

Suspension ChannelSpec: Top Bracket andBottom Clip

Scale

Drawn by

Date



Mark Grincell


As indicated

23/04/2015 09:40:05

Section AA - Wall Section No.1

Issue Date

TD - 100

AA

1 : 5TD - 100

Section AA - Wall - Detail No.1 - Basement Retaining WallAA-1

1 : 5TD - 100

Section AA - Wall - Detail No.2 - Retaining Wall / First Floor JunctionAA-2

1 : 5TD - 100

Section AA - Wall - Detail No.3 - Rainscreen Cladding / First Floor JunctionAA-3





















321

Roof Section AA

AA - 4 AA - 5

150



Breather MembraneSpec: Fire rated class 0 Membranecontinuous on external of Cement ParticleBoard. Taped at Joints and where needed.Airtight and Water Resistance.Fixing: To be extended to wrap up andaround parapet.

Mineral Quilt InsulationSpec: 200mm fire resistant insulation.Thermal Conductivity of 0.041 W/mK,Class "O" Fire Rating.Fixing: Securely packed in betweenMultichannel, Run up to meet PIRRigid Insulation.


Vapour BarrierSpec: Fire Rated Class 0 Halogen-freeflame retardant coating. Taped atJoints and where needed. Airtight andWater Resistance.Fixing: To Run up along underside of roofinsulation.

Precast concrete floor slabSpec: 150mm thickness. With edge thickeningand steel reinforced. All Gaps filled with lean mixconcrete before insulation installFixing: Bearing on external retaining wall andrequired columns. Min 50mm bearing and 25mmSide bearing.


Structural Steel BeamsSpec: Serial Size -254mm x 146mm. Kg/m - 37Serial Size - 356mm x 171mm. Kg/m - 67.Fixing: Connection to Structural Column EngineersConnection Detail.


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50 10 200

200

PIR Rigid InsulationSpec:150mm Thickness. Thermal Conductivityof 0.021 W/mK, Class "O" Fire Rating.Fixing: Layed ontop of concrete slab. Extendto meet externally insulation. To aid in theelimination of thermal bridge.

Structural Steel BeamsSpec: Serial Size -356mm x 171mm. Kg/m - 67Fixing: Connection to Structural Column EngineersConnection Detail.


150

70

200

Dri Design Copper Coated Aluminium Panel Spec: 35mmThickness. Various Width and Lengths (300x300mm -600x600mm - 900x900mm - 1200x1200mm).Fixing: Proprietary Hidden Fix System to Cement plasterboard.Finish: Natural Copper Finish.

Growing substrateSpecs: 175mm Thickness. Sedumplanting

Filter fleeceSpec: To prevent any soil particles washing into thedrainage layer, dressed between drainage channeland growing substrate.

Bauder DSE 60 boardSpec: 60mm Thickness. Filled with mineral drainmaterial

Bauder FSM 1100 protection mat,Spec: polyester & polypropylene fiber, run to layunder breather membrane on parapet.

Root resistant layerSpec: On waterproofing underlay, run to layunder breather membrane on parapet.

Flashing CapSpec: Copper parapet capping , turnedup at ends to hinder water penetration.Fixing: Secured to plywood via buttstraps.

Plywod Capping SupportSpecs: 10mm Thickness. Secured toTilting fillet.

Steel Up Stand:Spec: Width 200mm. Up Stand Height200mm.Laterally Supported by 200x500mmMultichannel.Fixing: To Structural Column Below.

To Comply with Engineers Details,Specs and Design

170

80

Structural Concrete ScreedSpec: 75mm Thickness. All columns wrapped incompressible insulation layer to meet screed height.Movement joints also to be accommodated. Withedge thickening and steel reinforced To Complywith Engineers Details, Specs and Design.Fixing: Poured ontop of insulation.

Galvanized Steel EdgeSpec: 5mm in Thickness. Acts as retaining for green roof.Fixing: Fixed under growing substrate.


Z-Girt Fixing

Vertical Accoya CladdingSpec: 75mm Width, Shiplap Joint, Max Lenght4800mm. Fire Rating Class C.Fixing:Proprietary Hidden Fix System Cementplaster board through PIR Insulation via Z-GirtBracket. Ressessed Fixing.Finish: Factory Finish.

150

Precast concrete floor slabSpec: 150mm thickness. With edge thickening andsteel reinforced. All Gaps filled with lean mix concretebefore insulation installFixing: Bearing on external retaining wall and requiredcolumns. Min 50mm bearing and 25mm Side bearing.


Stru

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PIR Rigid InsulationSpec:150mm Thickness. Thermal Conductivityof 0.021 W/mK, Class "O" Fire Rating.Fixing: Layed ontop of concrete slab. Extend tomeet externally insulation. To aid in theelimination of thermal bridge.



Growing substrateSpecs: 175mm Thickness. Sedum planting






Vapour BarrierSpec: Fire Rated Class 0 Halogen-free flame retardantcoating. Taped at Joints and where needed. Airtightand Water Resistance.Fixing: To Run up along underside of roof insulation andwrapped at upstand.




8015

060

170

610

Mineral Quilt InsulationSpec: 200mm fire resistant insulation. ThermalConductivity of 0.041 W/mK, Class "O" Fire Rating.Fixing: Securely packed in between Multichannel,Run up to meet PIR Rigid Insulation.



Steel ColumnSpec: Serial Size - 356mm x 171mm. Kg/m - 67.Fixing: To Structural Beam Below.


Structural Column Width25



150





Structural Steel BeamsSpec:Serial Size - 356mm x 171mm. Kg/m - 67.Fixing: Connection to Structural Column EngineersConnection Detail.


Stru

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500

PIR Rigid InsulationSpec:150mm Thickness. Thermal Conductivityof 0.021 W/mK, Class "O" Fire Rating.Fixing: Layed ontop of concrete slab. Extend tomeet Join Into Barrow Center as Shown.



150

70

Dri Design Copper Coated Aluminium Panel Spec: 35mmThickness. Various Width and Lengths (300x300mm -600x600mm - 900x900mm - 1200x1200mm).Fixing: Proprietary Hidden Fix System to Cement plasterboard.Finish: Natural Copper Finish.






Steel Up Stand:Spec: Width 200mm. Up Stand Height 500mmLaterally Supported by 200x50mm Multichannel.Fixing: To Structural Column Below.

To Comply with Engineers Details, Specs and Design

80




Barrow Center

Barrow Center

Barrow Center

30

80

30

160

Mineral Quilt InsulationSpec: 80mm fire resistant insulation. ThermalConductivity of 0.041 W/mK, Class "O" Fire Rating.Fixing: Securely packed in between Multichannel andExisting Barrow Center Wall , Run up to Roof Finish Level.

Mineral Quilt InsulationSpec: 200mm fire resistant insulation. ThermalConductivity of 0.041 W/mK, Class "O" Fire Rating.Fixing: Securely packed in between Multichannel andExisting Barrow Center Wall , Run up to Roof Finish Level.

Note: Existing Barrow Center Render and InsulationRemoved and Proposed Insulation Run in to Sit between.Vapour Membrane run in under proposed Insulation.

Existing Barrow Center External Insulation200mm Thickness

150

200

200

Flashing CapSpec: Copper parapet capping , turned up at endsto hinder water penetration.Fixing: Secured to plywood via butt straps, run alongplywood to existing barrow Center wall and fixed towall.

Plywood Capping SupportSpecs: 10mm Thickness. Secured to Tilting fillet.

PIR Rigid InsulationSpec:100mm x 200mm Thickness. ThermalConductivity of 0.021 W/mK, Class "O" Fire Rating.Foil Faced externally.Fixing: Fit securely under and above flashing to fillback in insulation.

100

Breather MembraneSpec: Fire rated class 0 Membrane continuous onexternal of Cement Particle Board. Taped at Jointsand where needed. Airtight and Water Resistance.Fixing: To be extended to end of flashing.

Counter - FlashingSpec: Copper flashing , turned up at ends to hinderwater penetration.Fixing: Secured between insulations.

Existing Barrow Center Construction

Scale

Drawn by

Date



Mark Grincell


As indicated

23/04/2015 09:13:31

Section AA - Roof Section No.1

Issue Date

TD - 101

AA

1 : 5TD - 101

Section AA - Roof - Detail No.4 - Green Roof Step Up / Accoya CladdingAA -4

1 : 5TD - 101

Section AA - Roof - Detail No.5 - Green Roof / Barrow Center JunctionAA-5





















321

Internal Section AA

AA - 6

AA - 7 AA - 8

150

Steel BeamSpec: Serial Size -254mm x 146mm. Kg/m - 37Fixing: Concrete Wall Below with holding downbolts cast in to secure steel columns.


75

225




Structural Concrete ScreedSpec: 75mm Thickness. All columns wrappedin compressible insulation layer to meetscreed height. Movement joints also to beaccommodated. With edge thickening andsteel reinforced To Comply with EngineersDetails, Specs and Design.Fixing: Poured ontop of insulation.



Stru

ctur

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eam

Hei

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Serv

ice

Void

of 1

350m

m

AMF Suspended CeilingSpecs: 24mm Thickness. Thermatex VariolineWood 600x600mm Tiles System. Edge DetailProprietary Edge SF long side. Humidity up to95%. (Sound Absorbing Material)

Plasterboard and Plaster FinishSpec: 12.5mm thickness and 2.5mm PlasterSkim. Sound Absorbing plasterboard.Fixing: Secured to steel stud.Finish: 2.5mm White plaster skimcoat

24




100

20

Cold Rolled Steel MultichannelSpec: 100mm Width x 25mm Height.Fixing: Secured to flange on primary steelstructure.

Cold Rolled Steel MultichannelSpec: 100mm Width x 25mm Height.Fixing: Secured to concrete structure.

Steel Angle Bracket secured toStructural Beam to supportplasterboard.

Plasterboard and Plaster FinishSpec: 12.5mm thickness and SoundAbsorbing plasterboard.Fixing: Secured to steel stud and steel anglebracket.

Glazed BalustradeSpec: 20mm Toughened GlazingStainless Steel Hand Rail.Fixing: Secured by Gasket, andresting on Setting Block.

Propriety Glazing HousingFixing: Secured to ConcreteScreen and Multichannel.

Proprietary Setting Block.

Stainless Steel CoverTo be installed after balustradeinstallation to cover housing. To alsobe placed at edge.

Polished Aluminium Handle(Wanger)Spec: Extruded Aluminium TopRail, Polished Finish. Radius 50mm.Fixing: Sitting on Protective Insert.Secured by Bonding Tape.

In Accordance With Part M.

20

Dri Design Copper Coated Aluminium Panel Spec: 35mmThickness. Various Width and Lengths (300x300mm - 600x600mm- 900x900mm - 1200x1200mm).Fixing: Proprietary Hidden Fix System to Cement plaster board.Finish: Natural Copper Finish.

150 Precast concrete floor slab

Spec: 150mm thickness. With edge thickening andsteel reinforced. All Gaps filled with lean mix concretebefore insulation installFixing: Bearing on external retaining wall and requiredcolumns. Min 50mm bearing and 25mm Side bearing.


Stru

ctur

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eam

Hei

ght










Steel Up Stand:Spec: Width 200mm. Up Stand Height 150mm.Laterally Supported by 200x500mm Multichannel.Fixing: To Structural Beam Below.



Cold Rolled Steel MultichannelSpec: 200mm Width x 50mm Height. Galvanised forresistance.Fixing: Secured to primary steel structure.



Plasterboard and Plaster FinishSpec: 12.5mm thickness and 2.5mm Plaster Skim.Moisture Resistance plasterboard.Fixing: Secured to steel structure behind.Finish: 2.5mm White plaster skimcoat


8015

060

170

610

200

220

150


Reynaers Curtain WallingSpecs: CW60 Double Glazed Unit - Glass thickness24mm. Insulated Framing. Transome Unit size - 60mmx 250mm. Mullion Unit Size - 60mm x 250mm.Thermal Performance in accordance with EN13947.Fixing: Secured at Top to structural steel beamabove via chemical anchor. Secured at bottem tosteel Multichannel.



AMF Suspended CeilingSpecs: 24mm Thickness. Thermatex VariolineWood 600x600mm Tiles System. Edge DetailProprietary Edge SF long side. Humidity up to95%. (Sound Absorbing Material) 24








Serv

ice

Void

- Va

ries T

hrou

gh O

ut

20

150

Precast concrete floor slabSpec: 150mm thickness. With edge thickeningand steel reinforced. All Gaps filled with leanmix concrete before insulation installFixing: Bearing on external retaining wall andrequired columns. Min 50mm bearing and25mm Side bearing.


Stru

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eam

Hei

ght

Structural Steel BeamsSpec: Serial Size -356mm x 171mm. Kg/m - 67Fixing: Connection to Structural ColumnEngineers Connection Detail.


Structural Concrete ScreedSpec: 75mm Thickness. All columns wrapped incompressible insulation layer to meet screed height.Movement joints also to be accommodated. Withedge thickening and steel reinforced




Cold Rolled Steel MultichannelSpec: 110mm Width x 50mm Height.Fixing: Secured to primary steel structure.


Furring ChannelSpec: Proprietary System Suspending Panels.

Top Cross RailSpec: Secured to Furring Channel Via LockingKey

Suspension ChannelSpec: Top Bracket and Bottom Clip



PlasterboardSpec: 12.5mm thickness Absorbing plasterboard.Fixing: Secured to steel stud and Bracket.

75Se

rvic

e Vo

id V

arie

s 100

Cold Rolled Steel MultichannelSpec: 150mm Width x 50mm Height.Fixing: Secured to primary steel structure.

Precast concrete floor slabSpec: 150mm thickness. With edgethickening and steel reinforced. AllGaps filled with lean mix concretebefore insulation installFixing: Bearing on external retainingwall and required columns. Min 50mmbearing and 25mm Side bearing.

To Comply with Engineers Details,Specs and Design.

Structural Concrete ScreedSpec: 75mm Thickness. All columnswrapped in compressible insulation layerto meet screed height. Movement jointsalso to be accommodated. With edgethickening and steel reinforced ToComply with Engineers Details, Specsand Design.Finish: The concrete screed will bepolished to expose the aggregate.



110

20

Cei

ling

Leve

l to

Doo

r Hea

d 38

0mm

20

Cold Rolled Steel MultichannelSpec: 150mm Width x 50mm Height.Fixing: Secured to primary steel structure. Plasterboard and Plaster Finish

Spec: 12.5mm thickness and 2.5mm Plaster Skim.Sound Absorbing plasterboard.Fixing: Secured to steel stud.Finish: 2.5mm White plaster skimcoatNote: Shadow Gap Bead 20mm

Door ArchitraveSpec: White oak Veneer Door FrameFixing: Secured to Steel Stud.

Note: Fire Stop incorporated intodesign depending on firerequirement.

White Oak Veneer Door:Protected escape routes will be 60 minuteresistance. Doors will open in the direction ofescape but not onto an escape route as perTGD B2006 1.4.3.3. Escape route doors will befitted with an electromagnetic that will allowdoors to close in the event of fire.

Scale

Drawn by

Date



Mark Grincell


As indicated

23/04/2015 09:15:03

Section AA - Internal SectionNo.1

Issue Date

TD - 102

AA

1 : 5TD - 102

Section AA - Internal - Detail No.6 - Internal BalconyAA-6

1 : 5TD - 102

Section AA - Internal - Detail No.7 - Internal Ceiling / Skylight UpstandAA-7

1 : 5TD - 102

Section AA - Internal - Detail No.8 - Internal DoorAA-8





















Wall Section BB

BB-3

BB-2

BB-1

7515

0

Concrete ScreedSpec: 75mm Thickness. Detailed with SteelMesh Reinforcement.Fixing: Layed directly ontop of Floor Slab.Finish: Polished Finish to expose aggregate.


Concrete ScreedSpec: 150mm Thickness. Detailed with FloorThickening around perimeter and perimeter ofcolumns and Steel Reinforcement. Movementjoints also to be accommodated.Fixing: Layed directly ontop of Sand bindingand Hardcore.


Sand BlindingSpec: 50mm compacted.

HardcoreSpec: 225mm compacted

Concrete Secant Piles (Retaining Wall)Spec: 350mm Radius, Piles acting as support forconcrete beams with holding down bolts castin to secure steel columns above.


Waterproof MembraneTo run up to the ground floor level.Fixing: Bonded to concrete PileRetaining Wall.

Delta Drain Waterproof MembraneTo run to meet the ground floor level.Fixing: Run under concrete slab. (Acting asa Radon membrane and waterproofingunder slab)

50

Waterproof Adhesive SpaySpec: Spay onto Secant Concrete Pilesto maintain waterproofing internally.



Barrow Center

350 50

400

225

Barrow Center

150

Note: Assumed Foundationof Barrow Center. FurtherInvestigation Required.

150

150





Structural Steel BeamsSpec:Serial Size - 356mm x 171mm. Kg/m - 67.Fixing: Connection to Structural Column EngineersConnection Detail.


Stru

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Structural Concrete ScreedSpec: 75mm Thickness. All columns wrapped incompressible insulation layer to meet screed height.Movement joints also to be accommodated. With edgethickening and steel reinforced To Comply with EngineersDetails, Specs and Design.

Finish: 25mm Polished Floor Screed.

Barrow Center

30200

75

Steel Perimeter ColumnsSpec: Serial Size - 356mm x 171mm. Kg/m - 67.Fixing: Concrete Wall Below with holding downbolts cast in to secure steel columns.Finish: Lined with Sound Absorbing plasterboardand Plaster.


Insulated Foam PackingPlaced between Existing Barrow CenterFinish and Proposed For Construction.

On Fire Floor Must be One Hour FireRated. Continuous along Perimeter

Existing Barrow CenterExternal Insulation200mm Thickness

Existing Barrow CenterConstruction



30

200

150



Structural Concrete ScreedSpec: 75mm Thickness. All columns wrapped incompressible insulation layer to meet screed height.Movement joints also to be accommodated. With edgethickening and steel reinforced To Comply with EngineersDetails, Specs and Design.

Finish: 25mm Polished Floor Screed.

Barrow Center

200

75

Steel Perimeter ColumnsSpec: Serial Size - 356mm x 171mm. Kg/m - 67.Fixing: Concrete Wall Below with holding downbolts cast in to secure steel columns.Finish: Lined with Sound Obsorbingplasterboard and Plaster.







150

30

Concrete Capping for Secant Piles.To Allow column to sit directly beside Existing Barow Center.To Comply with Engineers Details, Specs and Design.

350 50

Insulated Foam PackingPlaced between Existing Barrow CenterFinish and Proposed Foor Construction.

PIR Rigid InsulationSpec:150mm Thickness. ThermalConductivity of 0.021 W/mK, Class "O"Fire Rating.Fixing: Layed ontop of concrete slab.Extend to meet externally insulation. Toaid in the elimination of thermal bridge.

150

Existing Barrow CenterExternal Insulation200mm Thickness

Existing Barrow CenterConstruction

Barrow Center

30


150

Scale

Drawn by

Date



Mark Grincell


As indicated

23/04/2015 09:40:15

Section BB - Wall Section No.2

Issue Date

TD - 103

BB

1 : 5TD - 103

Section BB - Wall - Detail No.1 - Secant Piles / Barrow Center JunctionBB -1

1 : 5TD - 103

Section BB - Wall - Detail No.3 - First Floor / Barrow Center JunctionBB-3

1 : 5TD - 103

Section BB - Wall - Detail No.2 - Ground Floor / Barrow Center JunctionBB -2





















Grid

Line

1

Boun

dary

Line

150





Z-Girt Fixing


Breather MembraneSpec: Fire rated class 0 Membranecontinuous on external of Cement ParticleBoard. Taped at Joints and where needed.Airtight and Water Resistance.Fixing: To be extended to wrap up andaround parapet.

Mineral Quilt InsulationSpec: 200mm fire resistant insulation.Thermal Conductivity of 0.041 W/mK,Class "O" Fire Rating.Fixing: Securely packed in betweenMultichannel, Run up to meet PIRRigid Insulation.


Vapour BarrierSpec: Fire Rated Class 0 Halogen-freeflame retardant coating. Taped atJoints and where needed. Airtight andWater Resistance.Fixing: To Run up along underside of roofinsulation.





Stru

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50035 50 12.5 200

200




150

70

200

Dri Design Copper Coated Aluminium Panel Spec: 35mmThickness. Various Width and Lengths (300x300mm -600x600mm - 900x900mm - 1200x1200mm).Fixing: Proprietary Hidden Fix System to Cement plaster board.Finish: Natural Copper Finish.








Dri Design Copper Coated AluminiumPanel Spec: 35mm Thickness. VariousWidth and Lengths (300x300mm -600x600mm - 900x900mm -1200x1200mm).Fixing: Proprietary Hidden Fix SystemCement plaster board through PIRInsulation via Z-Girt Bracket.Finish: Natural Copper Finish.


To Comply with Engineers Details,Specs and Design

170

80




Dri Design Copper Coated Aluminium Panel Spec: 35mmThickness. Various Width and Lengths (300x300mm - 600x600mm- 900x900mm - 1200x1200mm).Fixing: Proprietary Hidden Fix System to Cement plaster board.Finish: Natural Copper Finish.

150

Precast concrete floor slabSpec: 150mm thickness. With edge thickening andsteel reinforced. All Gaps filled with lean mix concretebefore insulation installFixing: Bearing on external retaining wall and requiredcolumns. Min 50mm bearing and 25mm Side bearing.


Stru

ctur

al B

eam

Hei

ght










Steel Up Stand:Spec: Width 200mm. Up Stand Height 150mm.Laterally Supported by 200x500mm Multichannel.Fixing: To Structural Beam Below.



Cold Rolled Steel MultichannelSpec: 200mm Width x 50mm Height. Galvanised forresistance.Fixing: Secured to primary steel structure.



Plasterboard and Plaster FinishSpec: 12.5mm thickness and 2.5mm Plaster Skim.Moisture Resistance plasterboard.Fixing: Secured to steel structure behind.Finish: 2.5mm White plaster skimcoat


5018

080

100

150

8015

060

170

610

200

60

220

150

Dri Design Copper Coated Aluminium PanelSpec: 35mm Thickness. Various Width and Lengths (300x300mm -600x600mm - 900x900mm - 1200x1200mm).Fixing: Proprietary Hidden Fix System to Cement plaster board.Finish: Natural Copper Finish.

Flashing CapSpec: Copper parapet capping , turned up atends to hinder water penetration.Fixing: Secured to Cement Board.

Galvanized Steel EdgeSpec: 5mm in Thickness. Acts as retaining for green roof.Fixing: Secured to Structural Steel Column.


Cement Particle BoardSpec: 25mm Thickness.Fixing: Secured to galvanized steel edge.



Growing substrateSpecs: 175mm Thickness. Sedumplanting

Filter fleeceSpec: To prevent any soil particles washing intothe drainage layer, dressed between drainagechannel and growing substrate.



Vapour BarrierSpec: Fire Rated Class 0 Halogen-free flameretardant coating. Taped at Joints and whereneeded. Airtight and Water Resistance.Fixing: To Run along underside of roof insulationand wrapped around beam.

PIR Rigid InsulationSpec:80mm Thickness. Thermal Conductivity of 0.021 W/mK,Class "O" Fire Rating.Fixing: Layed ontop of concrete slab. Extend to meetexternally insulation and backed down to meet WindowTransome.


Precast concrete floor slabSpec: 150mm thickness. With edge thickening andsteel reinforced. All Gaps filled with lean mixconcrete before insulation installFixing: Bearing on external retaining wall andrequired columns. Min 75mm bearing and 25mm Sidebearing.

Finish: Exposed at bottem and to have a board panelfinish.


Reynaers Curtain WallingSpecs: CW60 Double Glazed Unit - Glass thickness 24mm.Insulated Framing. Transome Unit size - 60mm x 250mm.Mullion Unit Size - 60mm x 250mm.Thermal Performance in accordance with EN13947.Fixing: Secured at Top to structural steel beam above viachemical anchor. Secured at bottem to steelMultichannel.

Reynaers Curtain WallingSpecs: CW60 Double Glazed Unit - Glass thickness24mm. Insulated Framing. Transome Unit size - 60mmx 250mm. Mullion Unit Size - 60mm x 250mm.Thermal Performance in accordance with EN13947.Fixing: Secured at Top to structural steel beamabove via chemical anchor. Secured at bottem tosteel Multichannel.

Structural Steel BeamsSpec: Serial Size -254mm x 146mm. Kg/m - 37Serial Size - 356mm x 171mm. Kg/m - 67.Fixing: Connection to Structural Column Engineers Connection Detail.


560

Win

dow

Ope

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750

mm



Note: Drainage Spout incoprerated into Steel Edging.Cladding will require onsite modification to allow.

150Precast concrete floor slab

Spec: 150mm thickness. With edge thickening andsteel reinforced. All Gaps filled with lean mixconcrete before insulation installFixing: Bearing on external retaining wall andrequired columns. Min 50mm bearing and 25mmSide bearing.



150

60


Filter fleeceSpec: To prevent any soil particles washing into thedrainage layer, dressed between drainage channeland growing substrate.Bauder DSE 60 board

Spec: 60mm Thickness. Filled with mineral drainmaterial



170

80



To Comply with Engineers Details, Specs and Design.Edge /Parapet

Harmer Roof DrainSpecs: Pipe Diameter outlet side 75mm. Flow Rate 4.97 L/s.Holes for Pipework to be allowed for in concrete slab andscreed.Membranes to be secured to drain using proprietaryconnection systems. All Drainage to be linked to WaterRetention System.Fixing: Run along column and enclosed by plasterboardhousing.

Edge /Parapet

3 2 14

Roof Section BB

BB - 1

BB-2

Scale

Drawn by

Date



Mark Grincell


As indicated

23/04/2015 09:00:39

Section BB - Roof Section No.2

Issue Date

TD - 104 1 : 5TD - 104

Section BB - Roof - Detail No.5 - Rainscreen Cladding Parapet / Green Roof JunctionBB-1

1 : 5TD - 104

Section BB - Roof- Detail No.6 - Green Roof / Skylight Upstand JunctionBB-2

1 : 5TD - 104

Green Roof Detail - Drain2

BB

Construction SpecificationSteel Structure:All Structural Steel to have 60min fire resistance. Structural design is aprovisional design and needs to be consulted with Structural Engineer.All Steel reinforced and structural steel to comply with engineers details,specs and design.



Concrete Structure:All concrete cement used for both precast and cast insitu to beecocem based cement. All concrete works to comply with BS:8004 andtested with BS EN 12350-1 2009. Exposed concrete finished to complywith BS:8110. (Board Panel Finish). All Concrete construction to complywith engineers details, specs and design.



Concrete Beams (Purple)Transfer structure in place where structural steel column grid &basement concrete column grids do not coincide. Seating for hollowcore floor slabs incorporated in beams.







Copper Panel Rainscreen Cladding -Dri Design Copper Coated Aluminium Panel 35mm Thickness. VariousWidth and Lengths (300x300mm - 600x600mm - 900x900mm -1200x1200mm). Hidden Fix System to Vertical Rail System. ProprietaryVertical Railing System secured to Steel Multichannel (CPB). (ThermalBreak Incorporated). 50mm PIR Rainscreen Insulation secured toCement Particle Board 12mm, secured to 200mm Multichannel. CPBTaped at joints to form air tight barrier. 200mm Space in Multichannelfilled with Fire Rated Mineral Quilt Insulation. Continuous Fire ratedVapour barrier on inner face pf secondary structure. Internally SteelChannels provide a 50mm service cavity for electrical Works. RequiredPlasterboard finish secured to steel channels.

Accoya Timber Cladding -Vertical Accoya Cladding 50mm Width, Shiplap Joint (50year Warranty).Secured to vertical support system. Proprietary Vertical Railing Systemsecured to Steel Multichannel (CPB). (Thermal Break Incorporated)50mm PIR Rainscreen Insulation secured to Cement Particle Board12mm, secured to 200mm Multichannel. CPB Taped at joints to form airtight barrier. 200mm Space in Multichannel filled with Fire Rated MineralQuilt Insulation. Continuous Fire rated Vapour barrier on inner face pfsecondary structure. Internally Steel Channels provide a 50mm servicecavity for electrical Works. Required Plasterboard finish secured to steelchannels.

Roof Build Up:Green Roof Build Up175mm growing substrate with sedum planting. Filter fleece to preventany soil particles washing into the drainage layer, dressed betweendrainage channel and growing substrate. 60mm Bauder DSE 60 board,filled with mineral drain material. Root resistant layer on waterproofingunder layer. Bauder FSM 1100 protection mat, polyester & polypropylenefiber. 150mm rigid PIR insulation. Vapor barrier layer. 75mm concretescreed. 150mm precast concrete floor slab with edge thickening andsteel reinforced.

Copper Mesh Vision Panel -OkaTech Sealed Glazed Expanded Copper Mesh Panels. This facade is acurtain wall assembly and supported by aluminium brackets at eachlevel. Design guidance is required from Okalux for final deign. GL Supportbrackets (650x105mm) cantilevered anchor supports bolted Concreteslab at 1200mm Center's. FF and RL Support Brackets (300x160x76mm) inPockets at 1200mm centres in First Floor Slab. High Steel Curtain wallingsupport angles (250x165x50mm).

Copper Mesh Spandrel Panel -OkaTech Sealed Glazed Expanded Copper Mesh Spandrel Panels. Thisfacade is a curtain wall assembly and supported by aluminium bracketsat each level. Design guidance is required from Okalux for final deign. GLSupport brackets (650x105mm) cantilevered anchor supports boltedConcrete slab at 1200mm Center's. FF and RL Support Brackets(300x160x76mm) in Pockets at 1200mm centres in First Floor Slab. HighSteel Curtain walling support angles (250x165x50mm).


Structural Glazing:The Structural glazing is a compliment to the Casa Da Musica inPortugal Designed by OMA. The curved glass facade is deigned by ABTArnhem. Hot bended curved and laminated strips of glass 1200 mmwide and 400 mm deep. Good sound insulation can be achieved byplacing two sheets of glass at some distance from each other, preferablyover an expansion joint, 500mm.

3 2 14Internal Section BB

BB-7

BB-8

BB-9

150

Steel BeamSpec: Serial Size -254mm x 146mm. Kg/m - 37Fixing: Concrete Wall Below with holding downbolts cast in to secure steel columns.


75

225


Precast concrete floor slabSpec: 150mm thickness. With edgethickening and steel reinforced. All Gapsfilled with lean mix concrete beforeinsulation installFixing: Bearing on external retaining walland required columns. Min 50mm bearingand 25mm Side bearing.


Structural Concrete ScreedSpec: 75mm Thickness. All columnswrapped in compressible insulationlayer to meet screed height. Movementjoints also to be accommodated. Withedge thickening and steel reinforced ToComply with Engineers Details, Specsand Design.Fixing: Poured ontop of insulation.



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24



Suspension ChannelSpec: Top Bracket and Bottom Clip

100

20

Cold Rolled Steel MultichannelSpec: 100mm Width x 25mm Height.Fixing: Secured to concrete structure.


Plasterboard and Plaster FinishSpec: 12.5mm thickness and SoundAbsorbing plasterboard.Fixing: Secured to steel stud and steel anglebracket.

Glazed BalustradeSpec: 20mm Toughened GlazingStainless Steel Hand Rail.Fixing: Secured by Gasket, andresting on Setting Block.

Propriety Glazing HousingFixing: Secured to ConcreteScreen and Multichannel.

Proprietary Setting Block.

Stainless Steel CoverTo be installed after balustradeinstallation to cover housing. To alsobe placed at edge.

Polished Aluminium Handle(Wanger)Spec: Extruded Aluminium TopRail, Polished Finish. Radius 50mm.Fixing: Sitting on Protective Insert.Secured by Bonding Tape.

In Accordance With Part M.

20

Steel Angle BracketSpec: To protrude through Plasterboard.Plasterboard and Plaster to be finishedaround bracket.Fixing: Secured Structural Steel Beam


Steel Suspension WireSpec: High Tensile Steel Suspension Wire,Copper Coasted for Water Resistance.Fixing: Bottom Fix - Secured to Bracket onSteel Angle Bracket. Top Fix - Secured toGlulam Structure.


Glulam Structural BeamSpec: 1250mm Depth x 250mm Thickness.Designed in accordance with Eurocode 5.High Resistance to Chemicals. Fire Resistancein accordance with BS 5268-4.1


Steel BracketSecured to Steel Angle Bracket withtie to Suspention Wire.

Steel BracketSecured to Steel Angle Bracketwith tie to Suspention Wire.

Concrete Structural Retaining WallSpec: Cast in-situ, steel reinforced concrete columnswith cap with holding down bolts cast in to secure steelGlulam Seat, 1200mm x 300mm.

Fixing: Holding down bolts cast in to secure SteelGlulam Base Plate.


150

150

75





1200

375

Note: Polite Hole Designed into Glulam

Note: Glulam Stainless Steel Seat

To Comply with Engineers Details,Specs and Design.

Note: Holding down bolts cast in tosecure steel Glulam Seat.


Glulam Structural BeamSpec: 1250mm Depth x 250mm Thickness.Designed in accordance with Eurocode 5.High Resistance to Chemicals. Fire Resistancein accordance with BS 5268-4.1


75 75

1050

Note: Insulation To be placedbetween Glulam Column Seat.

Note: Glulam Column Side Plate.550mm Radius.

Vapour BarrierSpec: Fire Rated Class 0 Halogen-free flameretardant coating. Taped at Joints and whereneeded. Airtight and Water Resistance.

Note: Face Plate Bolts

Grid No.2

150

60210

80

150

8015

060

170

610

Glu

lam

Col

umn

Wid

th 1

250m

m

Glulam Structural BeamSpec: 1250mm Depth x 250mm Thickness.Designed in accordance with Eurocode 5.High Resistance to Chemicals. FireResistance in accordance with BS 5268-4.1


Precast concrete floor slabSpec: 150mm thickness. With edge thickening andsteel reinforced. All Gaps filled with lean mixconcrete before insulation installFixing: Bearing on external retaining wall andrequired columns. Min 50mm bearing and 25mm Sidebearing.

To Comply with Engineers Details, Specs and Design.PIR Rigid InsulationSpec:150mm Thickness. Thermal Conductivity of 0.021W/mK, Class "O" Fire Rating.Fixing: Layed ontop of concrete slab. Extend to meetexternally insulation. To aid in the elimination ofthermal bridge.


Vapour BarrierSpec: Fire Rated Class 0 Halogen-free flameretardant coating. Taped at Joints and whereneeded. Airtight and Water Resistance.

Note: Wall Detail Ref: Section AA -Roof - Detail No.4 - Green Roof StepUp / Accoya Cladding

Glelam Steel Connection PlateSpec: Slot Connection from Beam to Column.


Scale

Drawn by

Date



Mark Grincell


As indicated

23/04/2015 09:10:49

Section BB - Internal Section No.2

Issue Date

TD - 105

BB

1 : 5TD - 105

Section BB - Internal - Detail No.7 - Balcony SuspensionBB-7

1 : 5TD - 105

Section BB - Internal - Detail No.8 - Glulam Column Base SeatBB-8

1 : 5TD - 105

Section BB - Internal - Detail No.9 - Glulam Column HeadBB-9

Construction SpecificationSteel Structure:All Structural Steel to have 60min fire resistance. Structural designis a provisional design and needs to be consulted with StructuralEngineer. All Steel reinforced and structural steel to comply withengineers details, specs and design.







Glulam Structure:Structural Engineer design to be followed with the Glulamstructure. The Steel shoes are to be designed to resist watercorrosion.

Floor Build Up:Ground Floor Suspended - Insulated Hollowcore Slab.Max Span 9m, Min 50mm bearing and 25mm Side bearing. AllGaps filled with lean mix concrete before insulation install. Allcolumns wrapped in compressible insulation layer to meet screedheight. Movement joints also to be accommodated.-150mm precast concrete floor slab with edge thickening andsteel reinforced.-150mm rigid PIR Insulation.(High Compressive Strength)-75mm Concrete Screed.- Various Floor Finish.

First Floor Suspended - Hollowcore SlabMax Span 9m, Min 50mm bearing and 25mm Side bearing. AllGaps filled with lean mix concrete before insulation install. Allcolumns wrapped in compressible insulation layer to meet screedheight. Movement joints also to be accommodated.-150mm precast concrete floor slab with edge thickening andsteel reinforced.-75mm Concrete Screed.- Various Floor Finish.


Wall Build Up:Internal Partition Solid -The Plasterboard and finish varies throughout the building as eachzone has different requirements (fire) and uses. The basic build upis a 2.5mm Plasterskim, 12.5mm Plasterboard, 100mm Steed StudSystem, 12.5mm Plasterboard, 2.5mm Plasterskim. 10mm ShadowGap to be incorporated on perimeter.

Internal Partition Glazed -Internal Glazing will be a TGP Aluminium Fire Frame System, with23mm Pilkington Pyrostop Glass. This will achieve a 60Min FireRating. System to incorporate fire-rated insulation (Mineral Wool)as well as intumescent tape at joints.

Copper Panel Rainscreen Cladding -Dri Design Copper Coated Aluminium Panel 35mm Thickness.Various Width and Lengths (300x300mm - 600x600mm - 900x900mm -1200x1200mm). Proprietary Hidden Fix System Cement plasterboard. 50mm PIR Rainscreen Insulation secured to CementParticle Board 12mm, secured to 200mm Multichannel. ContinuousWind Barrier along external side of CPB. 200mm Space inMultichannel filled with Fire Rated Mineral Quilt Insulation.Continuous Fire rated Vapour barrier on inner face pf secondarystructure. Internally Steel Channels provide a 50mm service cavityfor electrical Works. Required Plasterboard finish secured to steelchannels.

Accoya Timber Cladding -Vertical Accoya Cladding 75mm Width, Shiplap Joint (50yearWarranty). Secured to vertical support system. Proprietary HiddenFix System Cement plaster board. . (Thermal Break Incorporated)50mm PIR Rainscreen Insulation secured to Cement Particle Board12mm, secured to 200mm Multichannel. CPB Taped at joints toform air tight barrier. 200mm Space in Multichannel filled with FireRated Mineral Quilt Insulation. Continuous Fire rated Vapourbarrier on inner face pf secondary structure. Internally SteelChannels provide a 50mm service cavity for electrical Works.Required Plasterboard finish secured to steel channels.

Roof Build Up:Green Roof Build Up175mm growing substrate with sedum planting. Filter fleece toprevent any soil particles washing into the drainage layer,dressed between drainage channel and growing substrate.60mm Bauder DSE 60 board, filled with mineral drain material. Rootresistant layer on waterproofing under layer. Bauder FSM 1100protection mat, polyester & polypropylene fiber. 150mm rigid PIRinsulation. Vapour barrier layer. 75mm concrete screed. 150mmprecast concrete floor slab with edge thickening and steelreinforced.

Copper Mesh Vision PanelOkaTech Sealed Glazed Expanded Copper Mesh Panels. Thisfacade is a curtain wall assembly and supported by aluminiumGlazing unit at each level. Design guidance is required fromOkalux for final deign.

8 mm low-iron outer pane with copper coloured frit aroundedges to conceal structural silicone. 2 mm cavity with expandedcopper mesh secured in corners with spots of silicone. 8 mm solarcontrol glass with low-e coating. 16 mm air cavity. 10 mmlaminated inner pane comprising two panes 5 mm fl oat glass and0.76 mm PVB (polyvinylbutyral) interlayer.

Copper Mesh Spandrel Panel -OkaTech Sealed Glazed Expanded Copper Mesh SpandrelPanels. This facade is a curtain wall assembly and supported byaluminium Galzing Unit at each level.

8 mm low-iron outer pane with copper coloured frit aroundedges to conceal structural silicone. 2 mm cavity with expandedcopper mesh secured in corners with spots of silicone. 8 mm solarcontrol glass with low-e coating. 30 mm air cavity. 120 mm rigidinsulation. 3 mm folded aluminium backing sheet.

Curtain Walling:APA curtain walling system, TB50 SG system which will also be usedto support structurally.Double glazed Units incorporated. All joints to be weatheredusing silicone seals.Double glazed unit sizes - 1200mm x 2000mm. All curtain walling tohave trench heating below to aid in stopping condensation.


A

Wall Section CC

CC -4

CC -5

CC -6

150

150

75

380



PIR Rigid InsulationSpec:150mm Thickness. Thermal Conductivity of0.021 W/mK, Class "O" Fire Rating.Fixing: Layed ontop of concrete slab. Extend tomeet externally insulation. To aid in the eliminationof thermal bridge.




Waterproof MembraneTo run up to the ground floor level.Fixing: Bonded to concrete PileRetaining Wall.




35050400

Proprietary Glazing Spacer

Proprietary Glazing Setting Back

Copper Pressure PlateSpec: Proprietary pressureplate required to have copperfinish to match Panel Frit.

Aluminium Curtain Wall FramingSpec: Thermal Break incorporatedinto design. Drainage ProvisionIncorporated. Cill incorporatedinto Framing Transome.Fixing: Secured to Concrete Slabvia thermally broken anchors.

80

220

Permeable Paving

Stone PebblesSpec: Around Perimeter

100

70

Precast Concrete Edging

Vapour BarrierSpec: Fire Rated Class 0 Halogen-free flame retardant coating.Taped at Joints and whereneeded. Airtight and WaterResistance.

Copper Mesh Vision PanelOkaTech Sealed Glazed Expanded CopperMesh Panels. This facade is a curtain wallassembly and supported by aluminiumGlazing unit at each level. Design guidanceis required from Okalux for final deign.

150



75

225




Structural Concrete ScreedSpec: 75mm Thickness. All columns wrapped incompressible insulation layer to meet screedheight. Movement joints also to beaccommodated. With edge thickening and steelreinforced To Comply with Engineers Details, Specsand Design.Fixing: Poured ontop of insulation.



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Plasterboard and Plaster FinishSpec: 12.5mm thickness and 2.5mm Plaster Skim.Moisture Resistance plasterboard.Fixing: Secured to steel stud. Enclosing Column.Finish: 2.5mm White plaster skimcoat





Structural Steel Column Width

Copper Mesh Spandrel PanelOkaTech Sealed Glazed ExpandedCopper Mesh Spandrel Panels. Thisfacade is a curtain wall assembly andsupported by aluminium Galzing Unit ateach level.

Low-iron outer paneSpec: 8mm Thickness. Copper colouredfrit around edges to conceal structuralsilicone.

Copper MeshSpec: 2mm Thickness. secured in cornerswith spots of silicone.Placed in Cavity Between Planes.

Solar Control GlassSpec: 8mm Thickness. Low E Coating.

Air Cavity 30mm

PIR Rigid InsulationSpec:150mm Thickness. ThermalConductivity of 0.021 W/mK, Class"O" Fire Rating.

Aluminium Backing Sheet3mm Thickness.




Air Cavity 16mm

Laminated inner paneSpec: comprising two panes 5 mmfloat glass and 0.76 mm PVB(polyvinylbutyral) interlayer

150



75

225






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Plasterboard and Plaster FinishSpec: 12.5mm thickness and 2.5mm Plaster Skim.Moisture Resistance plasterboard.Fixing: Secured to steel stud. Enclosing Column.Finish: 2.5mm White plaster skimcoat





Copper Mesh Spandrel PanelOkaTech Sealed Glazed ExpandedCopper Mesh Spandrel Panels. Thisfacade is a curtain wall assembly andsupported by aluminium Galzing Unit ateach level.




Air Cavity 30mm

PIR Rigid InsulationSpec:150mm Thickness. ThermalConductivity of 0.021 W/mK, Class"O" Fire Rating.





Air Cavity 16mm

Laminated inner paneSpec: comprising two panes 5 mmfloat glass and 0.76 mm PVB(polyvinylbutyral) interlayer

200

PIR Rigid InsulationSpec:150mm Thickness. Thermal Conductivityof 0.021 W/mK, Class "O" Fire Rating.Fixing: Layed ontop of concrete slab. Extendto meet externally insulation. To aid in theelimination of thermal bridge.15

060

Dri Design Copper Coated Aluminium PanelSpec: 35mm Thickness. Various Width andLengths (300x300mm - 600x600mm -900x900mm - 1200x1200mm).Fixing: Proprietary Hidden Fix System toCement plaster board.Finish: Natural Copper Finish.









To Comply with Engineers Details, Specsand Design

170



390


Vapour BarrierSpec: Fire Rated Class 0 Halogen-free flame retardantcoating. Taped at Joints and where needed. Airtight andWater Resistance.

Scale

Drawn by

Date



Mark Grincell


As indicated

23/04/2015 16:17:15

Section CC - Wall Section No.3

Issue Date

TD - 106

CC

1 : 5TD - 106

Section CC - Wall - Detail No.4 - Glass Panels / Ground Floor JunctionCC-4

1 : 5TD - 106

Section CC - Wall - Detail No.5 - Glass Panels / First Floor JunctionCC-5

1 : 5TD - 106

Section CC - Wall - Detail No.6 - Glass Panels / Roof JunctionCC-6

Concrete Structural Retaining WallSpec: 300mm Thickness, Retaining wall acting as support for concrete beams with holdingdown bolts cast in to secure steel columns above.Fixing: Secured to meet Slab Kicker with Waterstop cast into bother.


Concrete Panel FinishSpec: 50mm cast in-situ concrete panel. Fixing: Secured to concrete retaining wall. Finish: BoardPanel Finish. To Comply with Engineers Details, Specs and Design.

Waterproof MembraneSpec: Run from basement up to meet vapour barrier. Fixing: Bonded to concreteRetaining Wall and slab.

Delta Drain Waterproof MembraneSpec: Run from basement up to meet vapour barrier. Fixing: Bonded to concreteRetaining Wall and slab.

150

150

7538

0

50410





350

Note: The curved glass facade is deigned byABT Arnhem. Hot bended curved andlaminated strips of glass 1200 mm wide.

To Comply with Engineers Details, Specs andDesign.To Comply with Glazing Expert Details, Specsand Design.

Curved TransomeSpec: Curved Insulated Transome suppliedby ABT Arnhem. Finish to be Brushed Steel.Fixing: Secured to Precast ConcreteHollowcore Slab.

Proprietary Structural Silicone Sealant


Proprietary Glazing Setting BackPilkington Toughened GlazingSpec: 40mm Thickness.To Comply with Engineers Details,Specs and Design

Copper Flashing and CillSpec: Secured to StructuralGlazing Transome. CillSecured to Concrete Panelunder Flashing.

Hollowcore Steel Circular Column.Spec: Serial Size - 350. Kg/m - 67. Copper Coated Finish.Fixing: Concrete Tranfer Beam. Below with holding downbolts cast in to secure steel columns.


Concrete Structural Transfer BeamSpec: 300mm x 500mm , Holding down bolts cast in tosecure steel columns above.Fixing: Supported at either side.


30

140 350500 40 100 40 500





















IJ

CC - 2

CC - 3

CC - 1

Structural Glazing - Section CC






Pilkington Toughened GlazingSpec: 40mm Thickness.To Comply with Engineers Details,Specs and Design

500 40 100 40 500 150 350

Note: Angle Pre Designedonto Steel HollowcoreColumn.

Note: The curved glass facade is deigned byABT Arnhem. Hot bended curved andlaminated strips of glass 1200 mm wide.

To Comply with Engineers Details, Specs andDesign.To Comply with Glazing Expert Details, Specsand Design.

Curved TransomeSpec: Curved Insulated Transome supplied byABT Arnhem. Finish to be Brushed Steel.Fixing: Secured to Precast ConcreteHollowcore Slab.

Hollowcore Steel Circular Column.Spec: Serial Size - 350. Kg/m - 67. Copper Coated Finish.Fixing: Concrete Tranfer Beam. Below with holding downbolts cast in to secure steel columns.


Note: The curved glass facade isdeigned by ABT Arnhem. Hotbended curved and laminated stripsof glass 1200 mm wide.

To Comply with Engineers Details,Specs and Design.To Comply with Glazing ExpertDetails, Specs and Design.



Proprietary Glazing Setting BackPilkington Toughened GlazingSpec: 30mm Thickness.To Comply with Engineers Details, Specs and Design




Pilkington Toughened GlazingSpec: 30mm Thickness.To Comply with Engineers Details, Specs and Design

Hollowcore Steel Circular Column.Spec: Serial Size - 350. Kg/m - 67.Copper Coated Finish.Fixing: Concrete Transfer Beam. Belowwith holding down bolts cast in tosecure steel columns.


350150

Curved TransomeSpec: Curved InsulatedTransome supplied by ABTArnhem. Finish to be BrushedSteel.Fixing: Secured to PrecastConcrete Hollowcore Slab.

500 40 100 40 500

500

Note: Angle Pre Designedonto Steel HollowcoreColumn.

Scale

Drawn by

Date



Mark Grincell


As indicated

23/04/2015 09:17:47

Section CC - Structural Glazing

Issue Date

TD - 107 1 : 5TD - 107

Section CC - Structural Glazing - Detail No.1 - Structural Glazing BaseCC-1

CC

TD - 107

Curved Structural Glazing - External View3

TD - 107

Curved Structural Glazing - Internal View4

TD - 107

Curved Structural Glazing - Plan View5

1 : 5TD - 107

Section CC - Structural Glazing - Detail No.3 - Structural Glazing HeadCC-3

1 : 5TD - 107

Section CC - Structural Glazing - Detail No.2 - Structural Glazing Mid JointCC-2