Leisure Entertainment Fact Sheet

7/30/2019 Leisure Entertainment Fact Sheet

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ACE Global Engineering NetworkLeisure and Entertainment Industry


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Contents

Occupancy Overview 1 - 2

Special Hazards 3Fire Department Focus 3Decorations 3Exhibition Halls 3Kitchens 3Housekeeping 3Electrical Wiring 3Theatres 3Storage Areas 3Stage Effects 3Access 4Fire Protection Systems 4Common Areas of Concern 4Major Exposures 4

BI and Contingent BI considerations 5

Industry Trends 5

Requirements 6 - 7

Loss Estimates 8

Industry Benchmarking 9

Industry Loss Information 9

ACE Contacts 10

Reference Sources 10

ACE Global EngineeringNetworkLeisure and Entertainment Industry


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Occupancy Overview

The Leisure and Entertainment industry segment

has various types of occupancies including eating

and drinking places (pubs, restaurants, night clubs,

fast food etc.), casinos, sporting venues,

amusement parks, arenas, stadiums, cinema

complexes, museums, entertainment centres andcultural facilities.

This cross-over of segments is clearly illustrated

when considering the occupancy code for casino

hotels on the Las Vegas model. A casino hotel enjoys

a property class 9. Typically these properties include

a modern hotel (class 9), casino (class 3), dinner

theatre (class 3), restaurants (class 3), fitness centres

(class 4), bars and lounges (class 3), convention

centres (class 5) and amusement arcades (class 2).

In fact the changing nature of the leisure and

entertainment industry means that these occupancy

types will more frequently be found as an integral part

of much larger occupancy or industry typAs with any

other business segment, there are good and bad risks

within each group. For large value risks the focus

should be on venues and facilities of mostly

non-combustible construction, reliable automatic

fire suppression and detection systems, good water

supplies, sufficient fire hydrants in close proximity*

and a reliable fire department. The facilities should

have good loss prevention management programmes

in place, good preventative maintenance programmes

for building, plant and equipment, strict housekeeping

standards and adequate security measures.

O

Risks of lesser values should still include mostly

non-combustible construction although this may

not be essential providing other risk management

factors are present. Ideally premises should have

fixed fire suppression and detection systems in place.

Good management programmes are essential.

*The evaluation of water supplies does include the need

for hydrants in the vicinity of the building but, as leisure

and entertainment complexes can be very large sometimes

covering thousands of square metres, it is important that

extra attention is paid to the adequacy of fire hydrant

coverage. Without adequate fire hydrant coverage in the

largest of these complexes long fire hose runs will be

necessary and this will delay the start of fire fighting

operations resulting in greater property damage.

ACE GLOBAL ENGINEERING NETWORK LEISURE AND ENTERTAINMENT INDUSTRY

1

Description ICC NAICS ATC Occupancy Code Class

Eating and Drinking Places

Restaurants 5812 722110 8 4

Fast Food Outlets 5812 722211 8 3

Takeaways 5812 722211 8 2

Bars, Pubs, Taverns if music and dancing see Discotheques, 5813 722410 8 4Group V111

Places offering adult entertainment 5813 722410 8 Decline

Casino Stand-Alone

Casino Purpose Built conversions should be equivalent when 7012 721120 3 9

completed to 'New' Purpose built Casino

Casino Seasonal permanent occupancy 7011 721110 3 4

Casino Seasonal other, including those unoccupied during 7011 721110 3 2off-peak season

Floating casinos (i.e., gambling cruises, riverboat casinos) 7012 713210 3 2


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2

Description ICC NAICS ATC Occupancy Code Class

Hotels (including Hotels with Casinos), Rooming Houses, Camps& Other Lodging Places

Hotels, Motels, Resort Hotels, including Hotels with Casinos Other 7011 721110 3 2

Hotels, Motels, Resort Hotels, including Hotels with Casinos Seasonal - permanent occupancy 7011 721110 3 5

Hotels, Motels, Resort Hotels, including Hotels with Casinos Seasonal other, including those unoccupied during off-peakseason Refer to Z Authority 7011 721110 3 2

Hotels, Motels, Resort Hotels, including Hotels with Casinos -Non-Combustible construction City 7011 721110 3 9

Hotels, Rooming Houses, Camps & Other Lodging Places

Convention Centres Non Combustible Construction -If Inferior Construction Refer to Z Authority holder(If used for exhibitions, trade shows or performancesopen to the public use ICC 7999 class 3 ) 7994 531120 3 8

Museums, Art Galleries, Botanical and Zoological Gardens

Museums & Art Galleries (Buildings Only) 8411 712110 10 9

Museums & Art Galleries (if listed/preserved building) 8411 712110 10 6

Contents or Fine Arts Floaters (Refer Specie) 8411 712110 10 ReferMarineSpecie

Arboreta, Botanical & Zoological Gardens (decline outdoor property) 8421 712130 10 7

Amusement and Recreation Services (Except Motion Pictures)

Billiard and Pool Parlours (may have food & bar service) 7932 713990 10 2

Bowling Alleys 7933 713950 10 3

Amusement and Recreation Services (Except Motion Pictures): Commercial Sports Professional Sports Clubs & Promoters,Racing, including Track Operation (all types) may also involve

operation of stadiums, grandstands, arenas - Outdoornon-combustible construction. Converted Premises(i.e. should be equivalent when completed to 'New' Purposebuilt Stadia and Concert halls) 7941 711310 10 8

Commercial Sports Professional Sports Clubs & Promoters,Racing, including Track Operation (all types) may also involveoperation of stadiums, grandstands, arenas-(decline inferior construction) Outdoor Non-CombustibleConstruction. Converted Premises (i.e. should be equivalentwhen completed to 'New' Purpose built Stadia and Concert halls) 7941 711310 10 7

Dance Halls (Not Discos or Halls which might be used for Raves) 7911 713990 10 5

Discotheques decline stand alone refer to Z Authority 7911 713990 10 ZAuthority

Theatres (not Motion Picture or Television), Bands, Orchestras

& Entertainers, Stage Shows including scenery watch forexcessive scenery storage on site 7922 711110 10 6

Golf Courses, Public & Private 7992 713910 10 5

Membership Sports Other 7997 713940 10 6

Amusement & Recreation Services, N.O.C.(boat houses, circuses/expositions/ fairs tent shows) 7998 711190 10 2

Amusement services NOC and Exhibition Centres Non-Combustible construction (non-permanent exhibitions).For permanent exhibitions see Museums ICC 8411/6 refer to Z authority for inferior construction 7999 711190 10 5

Inflated structures refer to Z authority 7998 624221 10 2

Membership OrganisationsMembership Organisations N.O.C. 8690 813319 22 6

Motion Pictures (Distribution and Allied Services)

Motion Picture Theatres 7832 512199 10 7

Motion picture Theatre Drive In 7833 512132 10 5


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3

Special Hazards

The main business focus of the sector is to provide

leisure and entertainment services and activities to

the general public. Occupant numbers can range from

small groups to very large audiences, often in excess

of 50,000 people. The number of people attending

these venues can in itself have repercussions inincreased property damage.

Fire Department Focus

When attending fires at these types of occupancies

fire departments will focus on the following in order

of priority: evacuation of affected people, rescue

operations, firefighting operations. Fire department

access to the site may be slowed by the evacuation of

large numbers of people into the area surrounding the

venue. Consequently firefighting operations may be

delayed in dealing with issues of greater priority,

resulting in increased property damage.

The control and the safety of the occupants of the

building is paramount and this requires venue

operators to apply excellent management controls

and have formal evacuation and emergency plans in

place.

Many of the segment groups have common risk

exposures, including: traditional kitchens and display

cooking areas, combustible dcor, temporary and

permanent storage areas (or lack of them), temporary

structures (stages, display stands) and infrastructure

such as electrical cabling and gas supplies.

Decorations

The dcor can be elaborate, thematic and very often

combustible. Materials such as paper, straw, cloth,shrubbery, artificial flowers, foams and plastics are

used on a temporary or permanent basis to create

ambiance within the venue. Where possible these

materials should be fire retarded or replaced by

less combustible materials.

Exhibition Halls

Storage of large quantities of combustible materials,

such as packaging for transporting displays and for

product literature, presents a fire hazard if suitable

storage arrangements have not been provided.

Storage must be remote from ignition sources.

KitchensCooking and open flames are often associated with

leisure and entertainment occupancies. Where

cooking is undertaken in traditional kitchens the use

of automatic extinguishing systems and extract-duct

systems can alleviate most of the hazards, provided

that these systems are properly maintained and are

operational. Records of duct cleaning regimes should

be available. Display cooking (e.g. food and wine

shows and flamb cooking at tableside) present more

challenging problems. Adequate planning of the

location of cooking equipment, the location of gas

cylinders (LPG and propane), the layout of temporary

gas piping and of staff training is required. Fixed

suppression/detection systems may also berecommended. Reference NFPA 96, Ventilation,

Control, and Fire Protection of Commercial

Cooking Operations.

S

Housekeeping

Good housekeeping practices is important at all sports

venues. Care must be taken to prevent combustibles

accumulating underneath seating areas, especially

where the seating/seating structure is of combustible

materials.

Electrical Wiring

The temporary nature of many events (exhibitions,

shows at nightclubs etc.) results in an increased use

of non-permanent electrical wiring. Where temporary

wiring is required care needs to be taken that this

wiring meets appropriate standards for fire and health

and safety and that the buildings electrical reticulation

system is capable of safely supplying the load

required. Where diesel generators are used, they must

be located remotely from the building so as to avoid

the potential for fire spread.

Theatres

Here the hazard revolves around the stage and

backstage area. Traditional proscenium stages

have scenery and lighting flown above the stage,

scenery/backdrops on the back and sides of the stage,

workshops at the rear or sides of the stage, prop

storage areas, trap doors and stage lifts. Factors

such as fuel loading, multiple ignition sources and

a complicated building layout all contribute to a

potentially dangerous fire situation. Automatic fire

suppression systems, ventilation and fire resistant

stage curtains are required. On modern stages the

tendency is for scenery to be moved horizontally

which has eliminated the need for high fly galleries or

scene lofts. In addition the audience is often exposedto the stage on three sides. Scenery handling

equipment and any workshop areas should be

adequately protected.

Projection booths house equipment for the

transmission of light onto a screen, curtain or

stage. The main hazard is the means of projecting

light onto the screen. Electric arc, xenon and similar

light sources generate hazardous gases, dust and

radiation and can potentially fail with explosive

force. The modern projection booth is designed

to be soundproof but not necessarily to prevent

fire spread.

Storage Areas

Improper storage practices present a fire hazard and

the storage of tables, chairs, scenery and supplies

can increase the fuel load in a building and hinder

occupant escape and fire department access.

Adequate safe storage areas are required.

Stage Effects

The use of fireworks and flame effects needs to be

considered as these can contribute significantly to

the potential ignition hazards within a building.

Poor planning or improper control or management

of these effects could result in ignition sources and

combustibles being in close proximity of one another,

creating a fire hazard. The potential also exists for

fire to spread rapidly in multiple areas, possibly

overwhelming the sprinkler system.


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4

Access

Access to the exterior of the structure or property at

risk could be limited for short or extended periods of

time. For example, in stadiums hosting large public

events and convention and exhibition halls, the

location of vehicles, waste and recycle skips, musical

and lighting equipment, fences, gates, landscaping,

construction materials and props can all hinder firedepartment access.

Fire Protection Systems

The level of risk should be evaluated in conjunction

with the level of fixed fire-protection systems, the

nature of the venue (construction, usage) and the

adequacy of management controls in place.

NFPA codes addressing these exposures are

as follows:

NFPA 5000, Building Construction & Safety Code

NFPA 160: Flame effects before an audience

NFPA 1123: Fireworks display

NFPA 1194: Recreational vehicle parks

and camp grounds

NFPA 40: (Chapter 8) Motion picture projection

and special processes.

Common Areas of Concern

Typically the front of house areas that the public

frequent are well laid out with good fire protection,

security and housekeeping. Common areas of concern

will most likely include the following:

Use of combustible building materials, often in

unexpected areas (e.g. use of expanded polystyrenesandwich panels cases in New Zealand of indoor

ski slope and EPS panels used as roof covering for

cable car boarding stations)

The back of house storage areas and temporary

storage areas

Controlling storage heights to meet sprinkler

system design parameters

Storage below unprotected mezzanines

Poor housekeeping standards and inadequate

recycling and garbage removal procedures

A

Blocked internal and external fire exits

Maintenance of the fire suppression systems and

the cleaning frequency of exhaust ducts, filters,

grease traps etc. within kitchens

Large single fire areas with no divisions

The adequacy of atriums and open space

protection

Temporary displays for special promotions and

seasonal promotions. These displays most

commonly Christmas displays can be quite large

and are often provided with false ceilings. Apart

from obstructing the ceiling sprinkler protection

the ceilings are often constructed of combustible

material. The back sections of displays are also

commonly used for storage of packing cases etc.

Major Exposures

The major exposures associated with the

entertainment and leisure segment are as follows:

Large single fire areas with no fire divisions,

inadequate fire stopping between fire cells

Lack of automatic fire protection in the

kitchen areas

Inadequate fire protection

The use of pyrotechnics

Remote locations serviced by volunteer

fire departments

Inadequate security

Vandalism and malicious damage

Crowd control

Poor maintenance practices leading not only to

breakdowns and Business Interruption (BI)

exposure but also liability exposure e.g. grandstand

or theme park ride incidents

Housekeeping methods and practices

Potential for a major disaster involving members

of the public.


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5

Business Interruption (BI) andContingent BI considerations

These exposures vary widely within the industry

because of the varied nature of businesses.

The business interruption exposure for a medium-size

restaurant catering for 50 people will clearly not

be the same as a large convention centre withconventions booked throughout the year.

A number of the segment groups are seasonal in

nature and any losses at the beginning of the season

will impact over the whole programme. Many of

the occupancies are in large complexes, such as

entertainment districts and shopping malls where a

serious fire in a neighbouring facility could prevent

access to all sections of the building. Weather issues

can also impact sporting venues particulary where

major events are staged.

Purpose-built venues (theme parks, large convention

centres) will most likely be closed down for theduration of repairs after a fire. There will be

minimal opportunity to relocate, even temporarily,

to alternative premises. In these instances the

expectations will be that BI cover will be for the

full indemnity period and that indemnity periods

will be long.

BC

Casino operations are heavily regulated and there is a

requirement for excellent record keeping; the

maintenance of a gaming license is often dependent

upon this. Most casino operations are reliant on IT

systems for this function and any disruption to the ITsystem could result in the casino being closed by

regulators until such time as they are able to fulfill

their license obligations. The robustness of the IT

system, the adequacy of data-back-up activities and

the existence of a relevant business continuity plan

are issues which should be evaluated.

All leisure and entertainment occupancies are required

to remain compliant with local health and safety

legislation. In occupancies, such as theme and

amusement parks and skiing facilities, where profit is

generated from rides and ski-lifts any incident (injury

or death) may result in the closure of the facility until

repairs are made or entire systems are tested forsafety. BI losses may be far in excess of property

losses. The adequacy of maintenance programmes

and management controls should be evaluated.

Industry Trends

The entertainment and leisure industry is fast

developing into larger multi-complex buildings offering

the consumer greater choices. These complexes are

typically located in hotel buildings, casino hotels,large shopping malls and large entertainment

complexes. A number of separate clients might

be located within one complex.

A major advantage of the multi-complex is that the

properties, usually located in large urban areas, are

purpose built with non-combustible construction,

full automatic sprinkler protection, adequate public

hydrant protection and full-time fire departments.

Central security systems are generally in place with

extensive use of digital surveillance cameras and

patrolling security guards.

I

Large stadiums and arenas are used primarily for

sporting events. Concerts, exhibitions and trade shows

also involve increasingly large audiences. The use

of temporary structures, lighting rigs, display standsneed to be controlled as they can impact on the

automatic sprinkler protection.


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6

Requirements

The wide variety of building types and size, the

construction materials and the nature of events staged

will mean that the levels of protection will vary greatly

between occupancies. A reasonable expectation is

that fire protection within these buildings would

depend on the legislative requirements for life safetyat the time the venue was opened or when major

alterations are made. As a result the level of fixed fire

suppression and detection systems will vary. For

example, sprinkler protection may not be present in

some smaller occupancies but will most likely be

present in larger venues. Construction materials will

vary widely from combustible to non-combustible

materials. The age of the structure will mostly dictate

the nature of construction.

The size of the risk and the exposed values will often

determine the acceptability of the risk.

Low value exposures PD and BI (Property Damage

and Business Interruption) possibly stand alone

Ideally non-combustible construction, but presence

of combustible construction may be accepted if

other RM factors in place

Where sprinkler protection and/or fire detection

installed proof of adequacy and reliability of the

system, maintenance records, sprinkler flow test

results etc

Adequate first aid fire equipment hose reels,

fire extinguishers, fire blankets for kitchens

Maintenance of fire equipment to appropriate

standard basic records kept Basic levels of management control

housekeeping, hot work controls, impairment

procedures, fire equipment maintenance,

self-inspection routines, smoking policy

Adequate water supply, hydrants and fire

department

Level of security appropriate for nature of business

and location monitored intruder alarm,

adequately rated safes on site for cash.

Medium value exposures (PD and BI) possibly

stand alone but could be part of a larger building

Ideally non-combustible or substantiallynon-combustible construction, limited quantities of

combustible construction may be accepted if other

RM factors in place

Expectation would be for good fixed fire-protection

systems in place sprinkler system, fire detection

system, monitored by central control room or

directly by fire department


installed proof of adequacy and reliability of


results etc

Proof of adequate kitchen extract duct cleaning

regimes

Proof that combustible dcor has been treated with

a fire retardant material

Preventative maintenance regimes in place,especially for electrical reticulation and other

critical plant and equipment



Passive fire protection in place fire

compartmentation between fire cells, fire

separation between plant room, storage area etc.

and public areas, fire dampers, fire sealants

Maintenance of fire equipment to appropriate

standard up to date records kept

More formalised management control in place

documented rules, procedures, policies relating

to housekeeping, hot work, impairment, fire

equipment maintenance standards and records,

self-inspection routines, evacuation and emergency

plans, guidelines on the use of combustible

decorations, props and sets, procedure and permit

for the use of fireworks, flame and stage effects,

guidelines for use of temporary electrical wiring,

training of security and venue staff, site induction

for contractors

Key staff trained in the use of the fire equipment


and location monitored intruder alarm as aminimum, possibly CCTV cameras, security patrols

by contract security provider, adequately rated

safes on site for cash

Basic management and other key data backup

systems in place

Adequate water supply, hydrants and superior fire

department

Minimal external exposures earthquake, flooding,

windstorm, lightning where possible protective

measures in place.

High value exposures (PD and BI) large

entertainment complexes or purpose built venues

Largely non-combustible construction but minimal

quantities of combustible construction would be

acceptable if other RM factors in place

Automatic sprinkler protection throughout to

appropriate standard (NFPA or equivalent)

Fire detection throughout or in critical plant room

and high-risk areas as a minimum

Fixed fire suppression systems in kitchens, server

rooms, control room

Fire-suppression/detection systems monitored by

central control room or directly by fire department


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Internal and external hydrants connected to

adequate water supply



Passive fire protection in place fire

compartmentation between fire cells, fire

separation between plant room, storage area etc.and public areas, fire dampers and fire sealants


installed proof of adequacy and reliability of


results etc

Maintenance of fire equipment and other systems

(e.g. smoke ventilation systems) to appropriate

standard

Kitchen extract duct cleaned as part of

programmed maintenance proof that cleaning is

taking place according to regime and to appropriate

standard

Proof that combustible dcor has been treated with

a fire retardant material or non-combustible

alternatives used

Fuel supplies to boilers, kitchens heating systems

interlocked with sprinkler or fire-detection system

so as to shut off on alarm activation

Electrical supply backed up by diesel generator

linked to critical plant and equipment, including

fire systems and pumps

Highly formalised management controls in place

extensively documented rules, procedures, policiesrelating to, inter alia, housekeeping, hot work,

impairment, fire equipment maintenance standards

and records, self-inspection routines, evacuation

and emergency plans, business continuity plans,

guidelines on the use of combustible decorations,

props and sets, procedure and permit for the use

of fireworks, flame and stage effects, guidelines for

use of temporary electrical wiring, training of

security and venue staff, site induction for

contractors and third party service providers and

kitchen extract duct cleaning standards

Formalised and regular self-inspection routines,

to cover legislative requirements and venuemanagement standards, should be fully

documented and inspections recorded,

and carried out by trained staff

All critical plant, equipment and protective systems

on full preventative maintenance programmes


and location but must include monitored intruder

alarms, CCTV camera coverage to critical areas, on

site security team, adequate safes on site for cash

Robust data backup and recovery procedures inplace

Key staff and security team trained in the use of

first aid fire equipment, ability to respond to and

initiate fire fighting operations

Superior water supply, hydrants and fire

department

Minimal external exposures earthquake, flooding,

windstorm, lighting protective measures in place.

As a global standard NFPA should be adopted as

the benchmark for automatic sprinkler protection.

However where local standards exist, and these arecomparable to NFPA, these are adequate for ACE RM

and underwriting purposes. In countries with national

standards bodies such as European Standards and

Standards New Zealand, most fire protection systems

are designed and installed to the appropriate local

standard and first aid fire fighting equipment complies

with specific standards pertaining to the type

of equipment. These standards often contain

requirements for the testing and maintenance

of installations and/or fire equipment.

The testing frequency of the fire protection systems

should be in accordance with NFPA 25 standards

for fire pumps and sprinkler installations. Specialattention should be paid to the maintenance and

testing of the kitchen fire suppression and exhaust

systems.

All fire alarm signals (including all tenant spaces)

should be monitored through the main security office

or an approved central station (NFPA 72). Written fire

evacuation should be posted throughout the premises

and annual fire evacuation drills should be carried out.

Copies of all fire protection and detection records

should be available on site for examination.


7


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8

Loss Estimates

Key factor in this segment are the construction, fire

protection and location of the premises. A portion of

the segment will be located in rural and remote areas

and will generally be non-protected risks, with poor

water supplies and volunteer fire services. Losses in

these groups will be 100% LPD AS (Property Damage Amount Subject)

Generally 100% for buildings under single roof but in

most cases, especially for small stand-alone individual

occupancies. In large complex buildings or where a

number of buildings are located on the same site the

AS may be reduced if adequate separation, by means

of a complete fire wall, lack of combustible continuity

or physical distance is present.

PD PML (Property Damage Probable Maximum Loss)

Somewhat subjective and dependant upon the

building layout and combustible loading. Generally ahigh PML is likely in venues with high combustible

loadings or rural locations with lengthy fire

department response times and/or water supply

issues. Favorable conditions for a reduction in the

PML would include large open areas with minimal

combustibles, fire rated separation between fire cells

by fire rated doors, walls or shutters, early detection

by on-site security staff, caretakers, good water

supplies and acceptable response times by the

fire department.

PD NLE (Property Damage Normal Loss Expectancy)

Minimal in buildings with adequate sprinkler

protection throughout. If the building is not sprinkler

protected or the sprinkler system not adequate then

NLE would likely equal the PML.

BI AS (Business Interruption Amount Subject)

Normally 100% in line with PD AS however the

indemnity period would be a factor in this case

a longer indemnity period may allow for reduced AS.

Site layout, e.g. a theme park with multiple rides,

may allow for reduced BI estimates

BI PML (Business Interruption Probable

Maximum Loss)

The extent of damage estimated in PD PML needs to

be considered along with the impact on surrounding

areas and access to the building. Purpose-built venues

will have longer indemnity periods so this needs to be

reviewed and taken into account in terms of

re-construction times.

BI NLE (Business Interruption Normal Loss

Expectancy)

Generally minimal in line with PD NLE if the

building is sprinkler protected.

It should be noted, as stated above, that BI and

contingent BI exposures will vary widely within

this industry segment due to the varied nature

of the businesses offering leisure and entertainment

services and activities.


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80

60

40

20

100

0

88 92

28

81

70

81

82

70

82

85

8888

81

90

82

79

75

75

85

88

89

Water Supplies

Fire Brigade

Sprinklers

Hydrants

Hose Reels

Extinguishers

Electrics

Cutoffs

Special Hazards

Hot Work

HousekeepingMaintenance

Impairments

Smoking Control

Training

Contingency

Planning

Exposures

External

Exposures

Internal

Self Inspection

Rules & Procedures

Watchman Service


9

Industry Benchmarking

Outer circle represents best industry practice.

Black line represents the global average of ACE

inspected leisure and entertainment operations

during a period of five years.

Date Company Location Loss

2003 Moulin Rouge Hotel & Casino Las Vegas Total loss

2005 Entertainmentz 4,150 000

2007 Hotel Fife Glasgow Scotland 6,745 000

2009 Empress Casino Illinois Near total loss

Industry Loss Information


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10

ACE Contacts in your region for further information

Name Region Office Contact Information

Garry Hollins Asia Pacific Auckland, New Zealand [email protected]

Phone: + 64 9 374 1718

Sean Canada Toronto, Canada [email protected]

Hollingsworth *G Phone: + 1 416-594-3031

Ian Bell Europe Manchester, UK [email protected]

Phone: + 44 (0) 161 910 1844

Bruno Escoba Latin America Mexico City, Mexico [email protected]

Phone: + 52 (55) 52485863

David Partridge USA St. Augustine, Florida, [email protected]

USA Phone: + 1 904 824 5104

*G Denotes Global Product Champion

Reference SourcesNFPA standards


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ACE Global Engineering Network

The ACE Global Engineering Network creates strong, long term relationships with clients, focusing on cost effective and

proficient solutions to their risk management challenges.

Through in depth loss prevention training backgrounds and industry expertise, ACE engineers are experienced inevaluating a wide variety of risks and complexity of exposures.

Our specialist team is driven by account and field engineers delivering high quality and effective loss prevention services.

We have engineers in key strategic locations around the world who are familiar with international standards as well as

local codes and work practices. This proves invaluable in helping clients establish and maintain operations in traditional

and emerging markets.

For further information please go to www aceagen com

Documents

Leisure Entertainment Fact Sheet