COASTAL AND WATERWAY SYSTEMS - Salix

None

Art Director Project Mgr Client Proof Reader 1 Proof Reader 2

Page No.

InksPlaced Graphics Mode Eff Res

Job No.

Client

Description

Trim

Live Area

Bleed

Printed on

Cycle User Name

Last Saved

Fonts

File Name

File Path

Printed Scale

Folded Size

Gutter Size

Folded Panels

TNSR_SYS_TRITON_WHT.eps Triton_cover_img_2a.psd CMYK 293 ppi, 246 ppi TRITON_GRADIENT_FRONT_US.eps CMYK 296 ppi Tensar_Logo_Red_CMYK.eps

74076_Triton_Brochure.indd

DignanResurection:Volumes:DignanResurection:> IN PROGRESS <:74076-1 C:74076_Triton_Brochure.indd

Mechanical1

None CX700_ProcessStore

Production Notes:

Mark Gale

1-27-2012 1:35 PM 1

None

None

None

74076 A

Tensar International

Cyan Magenta Yellow Black

Klavika (OpenType; Regular, Bold, Light)

Coastal and Waterway Systems Brochure

51p0 w x 66p0 h

45p0 w x 60p0 h

52p6 w x 67p6 h

system overview

COASTAL AND WATERWAYSYSTEMS

None


Page No.


Job No.

Client

Description

Trim

Live Area

Bleed

Printed on

Cycle User Name

Last Saved

Fonts

File Name

File Path

Printed Scale

Folded Size

Gutter Size

Folded Panels

TRITON_GRADIENT_BACK_US.eps CMYK 300 ppi TRITON_GRADIENT_FRONT_US.eps CMYK 300 ppi UX Grid ART KO perspective.eps Img4641_2a.psd CMYK 454 ppi 100_0514_p2_2ar1_2a.psd CMYK 716 ppi BreakwaterFound.eps



Mechanical1

None CX700_ProcessS-

Production Notes:

Mark Gale

1-27-2012 1:35 PM 2-3

None

None

None

74076 A



Klavika (OpenType; Medium, Light, Bold, Regular, Bold Italic, Regular Italic)


51p0 w x 66p0 h

45p0 w x 60p0 h

52p6 w x 67p6 h

2 3

The Triton® Marine Mattress System is designed for demanding conditions associated with erosion control armoring and submerged foundation projects. The system’s effectiveness results from key features, including:

˴ Monolithic high mass and porosity

˴ Flexibility and hydraulic stability

˴ Durability and long-term tensile capacity of Tensar® Geogrids

˴ Energy dissipation characteristics

˴ Sensitivity to wave run-up or reflection

Triton Marine Mattresses have been widely used for revetment applications, as well as for scour protection and channel linings. They are especially applicable for heavy erosive action in any of the following conditions:

˴ Salt water or other harsh chemical environments

˴ Irregular subgrade surfaces or soft subgrade soils

˴ Steep slopes, stream or canal banks

˴ Wave or flow conditions that challenge the stability of a mat’s exposed edge

˴ Rapid installation or emergency repairs

Triton Marine Mattresses have also been specified for the construction of submerged foundations. Installation friendly and extremely adaptable, they simplify construction and increase the support over bottom soils prone to settlement or scour.

AppLiCATiONS ˴ Shoreline revetments and dune stabilization

˴ Foundations for breakwaters, jetties, groins and dikes

˴ Scour mats for underwater pipeline crossings and sewage outfalls

˴ Riverbank protection, channel lining and bridge scour abatement

Triton® Coastal and Waterway Systems from Tensar International Corporation (Tensar) feature a number of innovative composite marine structures used for construction applications in and around water. Triton Systems are made of advanced geogrid and geotextile materials and are designed to be integrated with available fill and/or vegetation.

Triton Systems are typically used for the following applications:

˴ Erosion control projects

˴ Foundations or cores for breakwaters, groins, etc.

˴ High-strength fills built in submerged conditions or with weak fill materials

˴ Channel linings and bridge scour protection

˴ Causeways, levees, dikes and bridge approach projects

˴ In situ capping of contaminated sediments

˴ Shore protection and sediment dewatering

Increased hydraulic performance and constructability advantages mean the Triton Systems can be significantly less expensive than conventional solutions such as riprap. They also conform to land contours and site configurations while resisting scour far better than rigid systems. Because Tensar Geogrids enable the Triton Systems to resist all naturally occurring forms of chemical, biological and environ-mental degradation, they are often specified for salt water, industrial run-off conditions and contaminated sediment capping where other types of materials would deteriorate rapidly. Marine Mattresses are available in various styles and thickness options to meet specific project requirements.

Triton® Coastal and Waterway Systems are a durable, non-corrosive solution to many coastal and inland waterway erosion issues.

Overview Marine Mattress System

TENSAR® GEOGRiDSTriton Systems owe their strength and durability to Uniaxial (UX) Geogrids, Tensar’s geosynthetic reinforcement grids. These geogrids stand the test of time, performing better than other commercially available geosynthetics due to their stiff interlocking capability. For more information, visit www.tensarcorp.com.

TRiTON Systems’ ComponentsComponent FunCtion

marine mattress Coastal Foundation; Riverbank and Shoreline Revetment

Filter mattress Bedding and Filtration; Deep Water Geotextile Installation

Gabions and Gabion mats Retention Structures; Channel Lining

marine Cells Breakwater Core; Embankment Foundation

Grid Composite Riprap/Revetment Underlayer

Geotextile tubes Coastal Protection; Sediment DewateringTriton® Marine Mattress Breakwater Foundation

Marine mattresses simplify construction, increase support and reduce settlement caused by scouring action.

St. Andrews Bay, FL

Triton Marine Mattresses were placed over an exposed pipeline to protect it from marine traffic, tidal scour and storm impact.

12 in. Triton Marine Mattress Geotextile Fabric – can be attached to bottom of Mattress Unit

5 ft

Armor Stone

None


Page No.


Job No.

Client

Description

Trim

Live Area

Bleed

Printed on

Cycle User Name

Last Saved

Fonts

File Name

File Path

Printed Scale

Folded Size

Gutter Size

Folded Panels

TRITON_GRADIENT_BACK_US.eps CMYK 300 ppi TRITON_GRADIENT_FRONT_US.eps CMYK 300 ppi UX Grid ART KO perspective.eps Img4641_2a.psd CMYK 454 ppi 100_0514_p2_2ar1_2a.psd CMYK 716 ppi BreakwaterFound.eps



Mechanical1


Production Notes:

Mark Gale

1-27-2012 1:35 PM 2-3

None

None

None

74076 A





51p0 w x 66p0 h

45p0 w x 60p0 h

52p6 w x 67p6 h

2 3

The Triton® Marine Mattress System is designed for demanding conditions associated with erosion control armoring and submerged foundation projects. The system’s effectiveness results from key features, including:

˴ Monolithic high mass and porosity

˴ Flexibility and hydraulic stability

˴ Durability and long-term tensile capacity of Tensar® Geogrids

˴ Energy dissipation characteristics

˴ Sensitivity to wave run-up or reflection

Triton Marine Mattresses have been widely used for revetment applications, as well as for scour protection and channel linings. They are especially applicable for heavy erosive action in any of the following conditions:

˴ Salt water or other harsh chemical environments

˴ Irregular subgrade surfaces or soft subgrade soils

˴ Steep slopes, stream or canal banks

˴ Wave or flow conditions that challenge the stability of a mat’s exposed edge

˴ Rapid installation or emergency repairs

Triton Marine Mattresses have also been specified for the construction of submerged foundations. Installation friendly and extremely adaptable, they simplify construction and increase the support over bottom soils prone to settlement or scour.

AppLiCATiONS ˴ Shoreline revetments and dune stabilization

˴ Foundations for breakwaters, jetties, groins and dikes

˴ Scour mats for underwater pipeline crossings and sewage outfalls

˴ Riverbank protection, channel lining and bridge scour abatement

Triton® Coastal and Waterway Systems from Tensar International Corporation (Tensar) feature a number of innovative composite marine structures used for construction applications in and around water. Triton Systems are made of advanced geogrid and geotextile materials and are designed to be integrated with available fill and/or vegetation.

Triton Systems are typically used for the following applications:

˴ Erosion control projects

˴ Foundations or cores for breakwaters, groins, etc.

˴ High-strength fills built in submerged conditions or with weak fill materials

˴ Channel linings and bridge scour protection

˴ Causeways, levees, dikes and bridge approach projects

˴ In situ capping of contaminated sediments

˴ Shore protection and sediment dewatering

Increased hydraulic performance and constructability advantages mean the Triton Systems can be significantly less expensive than conventional solutions such as riprap. They also conform to land contours and site configurations while resisting scour far better than rigid systems. Because Tensar Geogrids enable the Triton Systems to resist all naturally occurring forms of chemical, biological and environ-mental degradation, they are often specified for salt water, industrial run-off conditions and contaminated sediment capping where other types of materials would deteriorate rapidly. Marine Mattresses are available in various styles and thickness options to meet specific project requirements.

Triton® Coastal and Waterway Systems are a durable, non-corrosive solution to many coastal and inland waterway erosion issues.

Overview Marine Mattress System

TENSAR® GEOGRiDSTriton Systems owe their strength and durability to Uniaxial (UX) Geogrids, Tensar’s geosynthetic reinforcement grids. These geogrids stand the test of time, performing better than other commercially available geosynthetics due to their stiff interlocking capability. For more information, visit www.tensarcorp.com.

TRiTON Systems’ ComponentsComponent FunCtion

marine mattress Coastal Foundation; Riverbank and Shoreline Revetment

Filter mattress Bedding and Filtration; Deep Water Geotextile Installation

Gabions and Gabion mats Retention Structures; Channel Lining

marine Cells Breakwater Core; Embankment Foundation

Grid Composite Riprap/Revetment Underlayer

Geotextile tubes Coastal Protection; Sediment DewateringTriton® Marine Mattress Breakwater Foundation

Marine mattresses simplify construction, increase support and reduce settlement caused by scouring action.

St. Andrews Bay, FL

Triton Marine Mattresses were placed over an exposed pipeline to protect it from marine traffic, tidal scour and storm impact.

12 in. Triton Marine Mattress Geotextile Fabric – can be attached to bottom of Mattress Unit

5 ft

Armor Stone

None


Page No.


Job No.

Client

Description

Trim

Live Area

Bleed

Printed on

Cycle User Name

Last Saved

Fonts

File Name

File Path

Printed Scale

Folded Size

Gutter Size

Folded Panels

TRITON_GRADIENT_BACK_US.eps CMYK 300 ppi TRITON_GRADIENT_FRONT_US.eps CMYK 300 ppi TorontoBreakwater1_1a.psd CMYK 304 ppi diagram1.eps GridComposite_2a.psd CMYK 332 ppi img038_3a.psd CMYK 367 ppi scan2278_3A.psd CMYK 324 ppi tet4322sCC_1a.psd CMYK 616 ppi StratfordLand_1a.psd CMYK 522 ppi tet4322gRET_1a.psd CMYK 606 ppi



Mechanical1


Production Notes:

Mark Gale

1-27-2012 1:35 PM 4-5

None

None

None

74076 A





51p0 w x 66p0 h

45p0 w x 60p0 h

52p6 w x 67p6 h

4 5

The Triton® Grid Composite System is specially developed for use beneath riprap and armor stone. By combining Tensar® Geogrids with geotextiles, Grid Composites provide an improved foundation and filtration layer for a broad range of riprap, rubble-mound structures and similar installations. Nominal roll size is 12 ft wide and 164 ft long.

impROviNG pERfORmANCEThe use of geotextile as riprap underlayer is well established. Geotextiles provide separation and filtration at the subgrade interface. Adding Tensar Geogrid further enhances performance by:

˴ Reducing settlement by distributing loads over a wider area (similar to the way a snowshoe works)

˴ Holding geotextile firmly against subgrade to guard against scour

˴ Providing a protective “cushion” for the geotextile during and after construction

The enhanced performance is important for a wide range of applications including revetments, channel linings, spillways, streambanks, scour protection, groins, jetties and breakwaters. Grid Composite can be particularly effective for improving performance and constructibility in difficult conditions, including:

˴ Submerged construction

˴ Soft subgrade soils

˴ Steep slopes

˴ Jetty sand tightening

iNCREASiNG COST EffiCiENCYThe primary purpose of using Grid Composite is to improve service life and performance, thereby reducing long-term costs for maintenance, repair and replacement. However, it can also facilitate initial cost savings by eliminating more expensive alternatives such as graded aggregate filters, excessively thick sections, over-excavation of soft subgrades or re-grading of steep slopes.

Grid Composite System

Tensar® Geogrid composite eliminated the need for steel sheet piling for sand tightening this structure.

Soft Soils Installation

Provides load distribution to improve constructibility and reduce settlement.

Ft. Clinch State Park, FL

Armorstone was placed directly on Triton® Grid Composite in constructing a coastal groin. Another width of grid composite will be placed next to overlap the exposed edge of Grid Composite. Stone placement will then proceed seaward toward the left.

Stratford Causeway – Stratford, CT

Triton Systems were selected to replace riprap at this environmentally sensitive site. The mattress structure provides a habitat for native plants, organisms and other wildlife.

Triton® Systems are Non-Metallic

Dangerous metal corrosion, which causes billions of dollars in damage each year, is a primary reason to consider Triton Systems’ solutions.

Savannah River – Savannah, GA

The Triton® Marine Mattress System was installed to counter these conditions: soft subgrade soils, irregular subgrade surfaces and salt water.

None


Page No.


Job No.

Client

Description

Trim

Live Area

Bleed

Printed on

Cycle User Name

Last Saved

Fonts

File Name

File Path

Printed Scale

Folded Size

Gutter Size

Folded Panels

TRITON_GRADIENT_BACK_US.eps CMYK 300 ppi TRITON_GRADIENT_FRONT_US.eps CMYK 300 ppi TorontoBreakwater1_1a.psd CMYK 304 ppi diagram1.eps GridComposite_2a.psd CMYK 332 ppi img038_3a.psd CMYK 367 ppi scan2278_3A.psd CMYK 324 ppi tet4322sCC_1a.psd CMYK 616 ppi StratfordLand_1a.psd CMYK 522 ppi tet4322gRET_1a.psd CMYK 606 ppi



Mechanical1


Production Notes:

Mark Gale

1-27-2012 1:35 PM 4-5

None

None

None

74076 A





51p0 w x 66p0 h

45p0 w x 60p0 h

52p6 w x 67p6 h

4 5

The Triton® Grid Composite System is specially developed for use beneath riprap and armor stone. By combining Tensar® Geogrids with geotextiles, Grid Composites provide an improved foundation and filtration layer for a broad range of riprap, rubble-mound structures and similar installations. Nominal roll size is 12 ft wide and 164 ft long.

impROviNG pERfORmANCEThe use of geotextile as riprap underlayer is well established. Geotextiles provide separation and filtration at the subgrade interface. Adding Tensar Geogrid further enhances performance by:

˴ Reducing settlement by distributing loads over a wider area (similar to the way a snowshoe works)

˴ Holding geotextile firmly against subgrade to guard against scour

˴ Providing a protective “cushion” for the geotextile during and after construction

The enhanced performance is important for a wide range of applications including revetments, channel linings, spillways, streambanks, scour protection, groins, jetties and breakwaters. Grid Composite can be particularly effective for improving performance and constructibility in difficult conditions, including:

˴ Submerged construction

˴ Soft subgrade soils

˴ Steep slopes

˴ Jetty sand tightening

iNCREASiNG COST EffiCiENCYThe primary purpose of using Grid Composite is to improve service life and performance, thereby reducing long-term costs for maintenance, repair and replacement. However, it can also facilitate initial cost savings by eliminating more expensive alternatives such as graded aggregate filters, excessively thick sections, over-excavation of soft subgrades or re-grading of steep slopes.

Grid Composite System

Tensar® Geogrid composite eliminated the need for steel sheet piling for sand tightening this structure.

Soft Soils Installation

Provides load distribution to improve constructibility and reduce settlement.

Ft. Clinch State Park, FL

Armorstone was placed directly on Triton® Grid Composite in constructing a coastal groin. Another width of grid composite will be placed next to overlap the exposed edge of Grid Composite. Stone placement will then proceed seaward toward the left.

Stratford Causeway – Stratford, CT

Triton Systems were selected to replace riprap at this environmentally sensitive site. The mattress structure provides a habitat for native plants, organisms and other wildlife.

Triton® Systems are Non-Metallic

Dangerous metal corrosion, which causes billions of dollars in damage each year, is a primary reason to consider Triton Systems’ solutions.

Savannah River – Savannah, GA

The Triton® Marine Mattress System was installed to counter these conditions: soft subgrade soils, irregular subgrade surfaces and salt water.

None


Page No.


Job No.

Client

Description

Trim

Live Area

Bleed

Printed on

Cycle User Name

Last Saved

Fonts

File Name

File Path

Printed Scale

Folded Size

Gutter Size

Folded Panels

TRITON_GRADIENT_BACK_US.eps CMYK 300 ppi TRITON_GRADIENT_FRONT_US.eps CMYK 300 ppi img040_3a.psd CMYK 583 ppi Marine_Cell_Diagram.eps tet4322_26473C_O2_2a.psd CMYK 382 ppi tet4322pRETv2_2a.psd CMYK 328 ppi ameliaisland01_1a.eps CMYK 326 ppi scan2277_2a.psd CMYK 504 ppi Amelia5cc_2a.psd CMYK 714 ppi



Mechanical1


Production Notes:

Mark Gale

1-27-2012 1:35 PM 6-7

None

None

None

74076 A



Klavika (OpenType; Medium, Light, Bold, Regular, Regular Italic, Bold Italic)


51p0 w x 66p0 h

45p0 w x 60p0 h

52p6 w x 67p6 h

6 7

TRiTON® mARiNE CELLS fOR EARTh fiLLSTriton® Marine Cells are used to construct high-strength, composite earth fills in adverse conditions – including confined, structural-quality fills built below the water level or with weak fill materials (a geotextile liner placed within the cells enables the use of fine-grained fill materials). As a three-dimensional foundation mat, Triton Marine Cells can improve not only constructability but also stability, bearing capacity and distribution of pressure. Their rapid filling characteristics and ability to reduce dewatering requirements can shorten construction timetables and increase productivity.

mARiNE CELL ADvANTAGE ˴ Non-corrosive materials

˴ Faster filling than Gabions

˴ Stone Veneer option

˴ Construct structural embankments with marginal fill or submerged conditions

AppLiCATiONSTriton Marine Cells are used for:

˴ Bulkheads (new construction or rehabilitation)

˴ Cores for breakwaters, groins, jetties and dikes

˴ Foundations for embankments or MSE slopes or walls

˴ Containment dikes for dredge spoils or other waste materials

Marine Cell Systems

Triton Marine Cell

Existing Slope

Proposed Roadway

Stone Riprap or Triton Mats Geogrid

marine Cell foundation

Triton® Marine Cells provide foundations for embankments, MSE slopes or walls and improve not only constructability, but also stability, bearing capacity and distribution of pressure.

Lake Calcasieu, LA

Rectangular Marine Cells are used to construct high-strength embankments in submerged conditions using fine-grained fills. Here, a Marine Cell forms the core of a riprap breakwater installation.

Triton Circular Marine Cells anchored by Tensar® Geogrid, provide economical, easy-to-install solutions for applications like this channel wall in a residential community.

None


Page No.


Job No.

Client

Description

Trim

Live Area

Bleed

Printed on

Cycle User Name

Last Saved

Fonts

File Name

File Path

Printed Scale

Folded Size

Gutter Size

Folded Panels

TRITON_GRADIENT_BACK_US.eps CMYK 300 ppi TRITON_GRADIENT_FRONT_US.eps CMYK 300 ppi img040_3a.psd CMYK 583 ppi Marine_Cell_Diagram.eps tet4322_26473C_O2_2a.psd CMYK 382 ppi tet4322pRETv2_2a.psd CMYK 328 ppi ameliaisland01_1a.eps CMYK 326 ppi scan2277_2a.psd CMYK 504 ppi Amelia5cc_2a.psd CMYK 714 ppi



Mechanical1


Production Notes:

Mark Gale

1-27-2012 1:35 PM 6-7

None

None

None

74076 A



Klavika (OpenType; Medium, Light, Bold, Regular, Regular Italic, Bold Italic)


51p0 w x 66p0 h

45p0 w x 60p0 h

52p6 w x 67p6 h

6 7

TRiTON® mARiNE CELLS fOR EARTh fiLLSTriton® Marine Cells are used to construct high-strength, composite earth fills in adverse conditions – including confined, structural-quality fills built below the water level or with weak fill materials (a geotextile liner placed within the cells enables the use of fine-grained fill materials). As a three-dimensional foundation mat, Triton Marine Cells can improve not only constructability but also stability, bearing capacity and distribution of pressure. Their rapid filling characteristics and ability to reduce dewatering requirements can shorten construction timetables and increase productivity.

mARiNE CELL ADvANTAGE ˴ Non-corrosive materials

˴ Faster filling than Gabions

˴ Stone Veneer option

˴ Construct structural embankments with marginal fill or submerged conditions

AppLiCATiONSTriton Marine Cells are used for:

˴ Bulkheads (new construction or rehabilitation)

˴ Cores for breakwaters, groins, jetties and dikes

˴ Foundations for embankments or MSE slopes or walls

˴ Containment dikes for dredge spoils or other waste materials

Marine Cell Systems

Triton Marine Cell

Existing Slope

Proposed Roadway

Stone Riprap or Triton Mats Geogrid

marine Cell foundation

Triton® Marine Cells provide foundations for embankments, MSE slopes or walls and improve not only constructability, but also stability, bearing capacity and distribution of pressure.

Lake Calcasieu, LA

Rectangular Marine Cells are used to construct high-strength embankments in submerged conditions using fine-grained fills. Here, a Marine Cell forms the core of a riprap breakwater installation.

Triton Circular Marine Cells anchored by Tensar® Geogrid, provide economical, easy-to-install solutions for applications like this channel wall in a residential community.

None


Page No.


Job No.

Client

Description

Trim

Live Area

Bleed

Printed on

Cycle User Name

Last Saved

Fonts

File Name

File Path

Printed Scale

Folded Size

Gutter Size

Folded Panels

TRITON_GRADIENT_BACK_US.eps CMYK 300 ppi TRITON_GRADIENT_FRONT_US.eps CMYK 300 ppi VRSS_Btm_r.eps IMG_4640_2a.psd CMYK 600 ppi VRSS_Bottom_Left_2a.psd CMYK 747 ppi Pg6_Top_Left_2a.psd CMYK 600 ppi Pg8_Primary.eps CMYK 1078 ppi Pg6_Bottom_Right_2a.psd CMYK 750 ppi Pg8_Inset_1a.psd CMYK 1190 ppi



Mechanical1


Production Notes:

Mark Gale

1-27-2012 1:35 PM 8-9

None

None

None

74076 A



Klavika (OpenType; Medium, Light, Bold, Regular, Regular Italic)


51p0 w x 66p0 h

45p0 w x 60p0 h

52p6 w x 67p6 h

8 9

iNNOvATivE SEDimENT DEWATERiNGGeotextile tube systems are among the newest solutions for sediment dewatering and containment. These systems offer an economical and environmentally friendlier alternative for conventional remediation and civil engineering projects including:

˴ Dewatering and containment of fine-grained, silty materials

˴ Dewatering and containment of mining and industrial waste, sewage sludge and contaminated waste

˴ Dredging and erosion control

UNiqUE, hiGh-STRENGTh fAbRiCATiONTriton® Geotextile Tubes are stronger and more durable than tubes made from conventional woven fabrics. They’re manufactured from a high-tenacity polyester yarn using a weft insertion knitting (WIK) process. WIK prevents the yarns from becoming crimped during production; as a result, the yarns achieve full tensile strength when subjected to loads, without the constricting deformations common to conven-tionally woven products. With that, Triton Geotextile Tubes can typically be pumped longer than conventional tube products.

And because WIK fabrics incorporate a lightweight, non-woven geotextile backing, Triton Geotextile Tubes reliably contain even fine-grained, highly organic materials; effluents with less than 50 ppm total suspended solids (TSS) are not uncommon. Runoff from these tubes can generally comply with National Pollutant Discharge Elimination System (NPDES) regulations.

RESEARCh, fiELD-TESTED & pROvENResearch at Drexel University and experience in the field have both demonstrated that flow rates for Triton Geotextile Tube fabrics remain constant, even under peak tensile loadings. This result is attributed to the WIK manufacturing process. Consistent, high flow rates result in faster dewatering and reduced labor on site. Field testing and experience have also shown that Triton Geotextile Tubes are effective at dewater-ing a wide range of fine grained sludge.

SOiL biOENGiNEERiNG WiTh TENSAR® mSE SYSTEmSFor centuries, soil bioengineering techniques have been used to protect and restore sensitive watersheds. Among its many applications, soil bioengineering sustains vegetated systems that provide erosion control with additional benefits including:

˴ Improved water and air quality

˴ Support for terrestrial, riparian and aquatic habitats

˴ Storm water management

˴ Aesthetic site enhancement

Integrated with Tensar’s mechanically stabilized earth (MSE) systems, soil bioengineering has the capacity to reach new heights – literally – with the construction of Vegetated Reinforced Soil Slopes (VRSS) on highly steepened sites. Fully engineered, these ecologically and structurally sound installations provide secure, cost-effective and environmentally responsible solutions on river, stream, waterfront, upland slope and flood control sites. VRSS installations ensure the stability necessary to protect sites while supporting healthy, vegetated, maintenance- free environments.

iNNOvATivE SYSTEmS fOR SOUND SLOpE iNSTALLATiONSTensar® offers three systems for VRSS projects. Each features the use of Tensar Uniaxial (UX) and/or Biaxial (BX) Geogrids for structural reinforcement and surficial stability. Systems include:

˴ Triton® Coastal and Waterway Systems – Triton Marine Mattresses, Marine Cells, Gabions and Gabion Mats feature the flexibility, durability and hydraulic stability required, conforming to land contours and irregular subgrades for effective erosion control. (See specific product profiles within this brochure.)

˴ Sierra® Slope Retention System – The Sierra System renders a reinforced, natural sloping structure nearly indistinguishable from native terrain. Geogrids and facing materials work together to provide beauty, performance, economy and versatility.

˴ SierraScape® Wire-Formed Retaining Wall System – The only geogrid-reinforced, wire-formed wall system featuring a positive mechanical connection. The SierraScape System effectively withstands differential settlement and provides exceptional stability in areas of seismic activity or the prevalence of heavy external loads.

Vegetated Reinforced Soil Slopes Triton® Geotextile Tubes

Manufactured from durable polymers, these geogrids resist chemical, biological and environmental degradation to ensure long-term structural integrity and service life.

Tensar® VRSS promote the propagation of native vegetative root systems to strengthen reinforcement structures over time.

Cross section view of VRSS showing marine mattresses as toe protection and foundation support at the submerged toe of the reinforced slope.

Triton® Geotextile Tubes reliably contain fine-grained, highly organic materials. Triton Geotextile Tubes provide dewatering and containment of mining and industrial waste as well as fine-grained silty materials.

Before AfterStone

Woody Plants

SlopeVaries

None


Page No.


Job No.

Client

Description

Trim

Live Area

Bleed

Printed on

Cycle User Name

Last Saved

Fonts

File Name

File Path

Printed Scale

Folded Size

Gutter Size

Folded Panels

TRITON_GRADIENT_BACK_US.eps CMYK 300 ppi TRITON_GRADIENT_FRONT_US.eps CMYK 300 ppi VRSS_Btm_r.eps IMG_4640_2a.psd CMYK 600 ppi VRSS_Bottom_Left_2a.psd CMYK 747 ppi Pg6_Top_Left_2a.psd CMYK 600 ppi Pg8_Primary.eps CMYK 1078 ppi Pg6_Bottom_Right_2a.psd CMYK 750 ppi Pg8_Inset_1a.psd CMYK 1190 ppi



Mechanical1


Production Notes:

Mark Gale

1-27-2012 1:35 PM 8-9

None

None

None

74076 A





51p0 w x 66p0 h

45p0 w x 60p0 h

52p6 w x 67p6 h

8 9

iNNOvATivE SEDimENT DEWATERiNGGeotextile tube systems are among the newest solutions for sediment dewatering and containment. These systems offer an economical and environmentally friendlier alternative for conventional remediation and civil engineering projects including:

˴ Dewatering and containment of fine-grained, silty materials

˴ Dewatering and containment of mining and industrial waste, sewage sludge and contaminated waste

˴ Dredging and erosion control

UNiqUE, hiGh-STRENGTh fAbRiCATiONTriton® Geotextile Tubes are stronger and more durable than tubes made from conventional woven fabrics. They’re manufactured from a high-tenacity polyester yarn using a weft insertion knitting (WIK) process. WIK prevents the yarns from becoming crimped during production; as a result, the yarns achieve full tensile strength when subjected to loads, without the constricting deformations common to conven-tionally woven products. With that, Triton Geotextile Tubes can typically be pumped longer than conventional tube products.

And because WIK fabrics incorporate a lightweight, non-woven geotextile backing, Triton Geotextile Tubes reliably contain even fine-grained, highly organic materials; effluents with less than 50 ppm total suspended solids (TSS) are not uncommon. Runoff from these tubes can generally comply with National Pollutant Discharge Elimination System (NPDES) regulations.

RESEARCh, fiELD-TESTED & pROvENResearch at Drexel University and experience in the field have both demonstrated that flow rates for Triton Geotextile Tube fabrics remain constant, even under peak tensile loadings. This result is attributed to the WIK manufacturing process. Consistent, high flow rates result in faster dewatering and reduced labor on site. Field testing and experience have also shown that Triton Geotextile Tubes are effective at dewater-ing a wide range of fine grained sludge.

SOiL biOENGiNEERiNG WiTh TENSAR® mSE SYSTEmSFor centuries, soil bioengineering techniques have been used to protect and restore sensitive watersheds. Among its many applications, soil bioengineering sustains vegetated systems that provide erosion control with additional benefits including:

˴ Improved water and air quality

˴ Support for terrestrial, riparian and aquatic habitats

˴ Storm water management

˴ Aesthetic site enhancement

Integrated with Tensar’s mechanically stabilized earth (MSE) systems, soil bioengineering has the capacity to reach new heights – literally – with the construction of Vegetated Reinforced Soil Slopes (VRSS) on highly steepened sites. Fully engineered, these ecologically and structurally sound installations provide secure, cost-effective and environmentally responsible solutions on river, stream, waterfront, upland slope and flood control sites. VRSS installations ensure the stability necessary to protect sites while supporting healthy, vegetated, maintenance- free environments.

iNNOvATivE SYSTEmS fOR SOUND SLOpE iNSTALLATiONSTensar® offers three systems for VRSS projects. Each features the use of Tensar Uniaxial (UX) and/or Biaxial (BX) Geogrids for structural reinforcement and surficial stability. Systems include:

˴ Triton® Coastal and Waterway Systems – Triton Marine Mattresses, Marine Cells, Gabions and Gabion Mats feature the flexibility, durability and hydraulic stability required, conforming to land contours and irregular subgrades for effective erosion control. (See specific product profiles within this brochure.)

˴ Sierra® Slope Retention System – The Sierra System renders a reinforced, natural sloping structure nearly indistinguishable from native terrain. Geogrids and facing materials work together to provide beauty, performance, economy and versatility.

˴ SierraScape® Wire-Formed Retaining Wall System – The only geogrid-reinforced, wire-formed wall system featuring a positive mechanical connection. The SierraScape System effectively withstands differential settlement and provides exceptional stability in areas of seismic activity or the prevalence of heavy external loads.

Vegetated Reinforced Soil Slopes Triton® Geotextile Tubes

Manufactured from durable polymers, these geogrids resist chemical, biological and environmental degradation to ensure long-term structural integrity and service life.

Tensar® VRSS promote the propagation of native vegetative root systems to strengthen reinforcement structures over time.

Cross section view of VRSS showing marine mattresses as toe protection and foundation support at the submerged toe of the reinforced slope.

Triton® Geotextile Tubes reliably contain fine-grained, highly organic materials. Triton Geotextile Tubes provide dewatering and containment of mining and industrial waste as well as fine-grained silty materials.

Before AfterStone

Woody Plants

SlopeVaries

None


Page No.


Job No.

Client

Description

Trim

Live Area

Bleed

Printed on

Cycle User Name

Last Saved

Fonts

File Name

File Path

Printed Scale

Folded Size

Gutter Size

Folded Panels

TRITON_GRADIENT_BACK_US.eps CMYK 300 ppi TRITON_GRADIENT_FRONT_US.eps CMYK 300 ppi GabionWall_1a.psd CMYK 333 ppi Picture4_2a.psd CMYK 231 ppi tet4322.26473A.L_2a.psd CMYK 658 ppi tet4322kRET_2a.psd CMYK 384 ppi Barnegat_2a.psd CMYK 289 ppi 100_0183_1a.psd CMYK 589 ppi 100_0416_1ar1.eps CMYK 657 ppi



Mechanical1


Production Notes:

Mark Gale

1-27-2012 1:35 PM 10-11

None

None

None

74076 A





51p0 w x 66p0 h

45p0 w x 60p0 h

52p6 w x 67p6 h

10 11

Triton® Filter Mattresses were developed in response to challenging conditions described by a project engineer. The problem was a deep scour hole that threatened an existing historical structure. The engineer knew what to do: place geotextile on the subgrade and place armor stone riprap on the geotextile to prevent further scour. The problem was how to keep the geotextile fabric in place until the contractor could get the armor stone in place. By encapsulating the geotextile fabric within a stone-filled geogrid mattress, the contractor was able to construct the revetment with the assurance that the geotextile fabric was exactly where it needed to be. Thus, Triton Filter Mattresses were designed for challenging underwater installation. They provide a deployment method to place geotextile fabric in deep water and strong currents.

The stone fill provides:

˴ Ballast weight for the geotextile fabric

˴ Bedding layer for additional riprap/armor stone

The Triton Filter Mat is designed to meet the challenges of effective scour protection in difficult installation condi-tions. The custom-fabricated “Filter Mat” (shown above) encapsulates geotextile fabric and six inches of aggregate. The filter mat serves two primary functions: deployment of geotextile in fast-moving water and foundation/scour protection for the armor stone riprap placed to protect the existing sea wall.

Features include:

˴ Job specific geotextile

˴ Thickness options

˴ Various installation or handling configuration options

Applications include:

˴ Submerged revetment foundation

˴ Submerged geotextile deployment

Triton® Gabions offer a durable, non-corrosive and installation-friendly alternative to conventional steel wire gabions – including those galvanized and PVC-coated. They are advantageous for a number of earth stabilization and erosion protection applications.

Triton Gabion Mats are available in prefabricated units or in unfabricated roll form. The mat dimensions (up to 13 ft width and 164 ft length) can be customized to limit waste and to increase installation productivity, while the grid aperture can be reduced to accommodate smaller stone infill and to reduce mat thickness. Lighter in weight than metallic mats, Triton Gabion Mats are easier and less costly to transport, handle and install.

AppLiCATiONSTriton Gabion Mats are used for:

˴ Channel linings, ditches and spillways

˴ Scour aprons

˴ Shoreline protection

˴ Canal and stream bank protection

Triton Gabions and Gabion Mats are frequently specified for use where there is high potential for corrosion, such as:

˴ Salt water

˴ De-icing salt run-off

˴ Acidic environments (mining)

In addition to corrosion resistance, the lightweight materials are ideal for use on remote access locations, where getting to the site is a significant challenge.

The special, liftable configurations of Triton Gabion Mats also make a more lightweight version of a marine mattress. Ideal for light-to-moderate energy conditions or applications – they can be used as:

˴ Scour mats/substrate for artificial reefs, oyster beds, etc.

˴ Armoring steep slopes

˴ Foundation filtration or drainage for boat ramps, pipelines, low energy breakwaters and structures

Gabions and Gabion Mats Triton® Filter Mattress System

Port of Spain – Trinidad

Triton Gabion Mats provide long-term performance even in harsh chemical environments such as this saltwater tidal zone.

Cuenca del Rio Guayas – Guayaquil, Ecuador

Triton® Gabion Mats are lightweight, customizable, and easy to handle – features which significantly ease installation.

Gabion Mat – Chiapas, Mexico

Triton Gabion Mats provide protection to several kilometers of drainage canals. They were selected over competitive solutions due to superior performance and competitive cost.

Hereford Inlet Sea Wall – North Wildwood, NJ

The Triton® Filter Mattress System was installed to help improve the performance of the sea wall protection at the Hereford Inlet Sea Wall project.

As a revetment foundation, the Filter Mat provides bedding and filtration, helping to prevent differential settlement. The mats also protect against scour at the toe of the revetment.

None


Page No.


Job No.

Client

Description

Trim

Live Area

Bleed

Printed on

Cycle User Name

Last Saved

Fonts

File Name

File Path

Printed Scale

Folded Size

Gutter Size

Folded Panels

TRITON_GRADIENT_BACK_US.eps CMYK 300 ppi TRITON_GRADIENT_FRONT_US.eps CMYK 300 ppi GabionWall_1a.psd CMYK 333 ppi Picture4_2a.psd CMYK 231 ppi tet4322.26473A.L_2a.psd CMYK 658 ppi tet4322kRET_2a.psd CMYK 384 ppi Barnegat_2a.psd CMYK 289 ppi 100_0183_1a.psd CMYK 589 ppi 100_0416_1ar1.eps CMYK 657 ppi



Mechanical1


Production Notes:

Mark Gale

1-27-2012 1:35 PM 10-11

None

None

None

74076 A





51p0 w x 66p0 h

45p0 w x 60p0 h

52p6 w x 67p6 h

10 11

Triton® Filter Mattresses were developed in response to challenging conditions described by a project engineer. The problem was a deep scour hole that threatened an existing historical structure. The engineer knew what to do: place geotextile on the subgrade and place armor stone riprap on the geotextile to prevent further scour. The problem was how to keep the geotextile fabric in place until the contractor could get the armor stone in place. By encapsulating the geotextile fabric within a stone-filled geogrid mattress, the contractor was able to construct the revetment with the assurance that the geotextile fabric was exactly where it needed to be. Thus, Triton Filter Mattresses were designed for challenging underwater installation. They provide a deployment method to place geotextile fabric in deep water and strong currents.

The stone fill provides:

˴ Ballast weight for the geotextile fabric

˴ Bedding layer for additional riprap/armor stone

The Triton Filter Mat is designed to meet the challenges of effective scour protection in difficult installation condi-tions. The custom-fabricated “Filter Mat” (shown above) encapsulates geotextile fabric and six inches of aggregate. The filter mat serves two primary functions: deployment of geotextile in fast-moving water and foundation/scour protection for the armor stone riprap placed to protect the existing sea wall.

Features include:

˴ Job specific geotextile

˴ Thickness options

˴ Various installation or handling configuration options

Applications include:

˴ Submerged revetment foundation

˴ Submerged geotextile deployment

Triton® Gabions offer a durable, non-corrosive and installation-friendly alternative to conventional steel wire gabions – including those galvanized and PVC-coated. They are advantageous for a number of earth stabilization and erosion protection applications.

Triton Gabion Mats are available in prefabricated units or in unfabricated roll form. The mat dimensions (up to 13 ft width and 164 ft length) can be customized to limit waste and to increase installation productivity, while the grid aperture can be reduced to accommodate smaller stone infill and to reduce mat thickness. Lighter in weight than metallic mats, Triton Gabion Mats are easier and less costly to transport, handle and install.

AppLiCATiONSTriton Gabion Mats are used for:

˴ Channel linings, ditches and spillways

˴ Scour aprons

˴ Shoreline protection

˴ Canal and stream bank protection

Triton Gabions and Gabion Mats are frequently specified for use where there is high potential for corrosion, such as:

˴ Salt water

˴ De-icing salt run-off

˴ Acidic environments (mining)

In addition to corrosion resistance, the lightweight materials are ideal for use on remote access locations, where getting to the site is a significant challenge.

The special, liftable configurations of Triton Gabion Mats also make a more lightweight version of a marine mattress. Ideal for light-to-moderate energy conditions or applications – they can be used as:

˴ Scour mats/substrate for artificial reefs, oyster beds, etc.

˴ Armoring steep slopes

˴ Foundation filtration or drainage for boat ramps, pipelines, low energy breakwaters and structures

Gabions and Gabion Mats Triton® Filter Mattress System

Port of Spain – Trinidad

Triton Gabion Mats provide long-term performance even in harsh chemical environments such as this saltwater tidal zone.

Cuenca del Rio Guayas – Guayaquil, Ecuador

Triton® Gabion Mats are lightweight, customizable, and easy to handle – features which significantly ease installation.

Gabion Mat – Chiapas, Mexico

Triton Gabion Mats provide protection to several kilometers of drainage canals. They were selected over competitive solutions due to superior performance and competitive cost.

Hereford Inlet Sea Wall – North Wildwood, NJ

The Triton® Filter Mattress System was installed to help improve the performance of the sea wall protection at the Hereford Inlet Sea Wall project.

As a revetment foundation, the Filter Mat provides bedding and filtration, helping to prevent differential settlement. The mats also protect against scour at the toe of the revetment.

None


Page No.


Job No.

Client

Description

Trim

Live Area

Bleed

Printed on

Cycle User Name

Last Saved

Fonts

File Name

File Path

Printed Scale

Folded Size

Gutter Size

Folded Panels

TRITON_GRADIENT_BACK_US.eps CMYK 300 ppi TRITON_GRADIENT_FRONT_US.eps CMYK 300 ppi Pg9_Top_Left_2a.psd CMYK 468 ppi Pg9_Bottom_Left_2a.psd CMYK 878 ppi Pg9_Bottom_Right_2a.psd CMYK 878 ppi scan2279_3a.psd CMYK 335 ppi Triton_Pg13_2a.psd CMYK 666 ppi scan2276_5a.psd CMYK 388 ppi



Mechanical1


Production Notes:

Mark Gale

1-27-2012 1:35 PM 12-13

None

None

None

74076 A





51p0 w x 66p0 h

45p0 w x 60p0 h

52p6 w x 67p6 h

12 13

pROTECTiNG AND RESTORiNG OUR WATERWAYSThe Triton® Marine Mattress™ System is a proven leader in the coastal and waterway erosion control market. Some of the characteristics that make the Marine Mattress Systems so effective for erosion control also make them effective for in situ capping of contaminated sediments. In addition to providing superior erosion control, Triton Marine Mattresses address industry concerns regarding:

˴ Potential for re-suspension of contaminants

˴ Erodibility of capping material

˴ Constructability

•Uniform cap thickness

• Over-design of capping layer to compensate for loss during construction

˴ Maintenance Concerns

•Cost

•Accessibility

˴ Overall durability of capping materials

Used in conjunction with the CETCO® Reactive Core Mat®, Triton Marine Mattresses have been deployed as part of a modular reactive capping system for the remediation of Non-Aqueous Phase Liquids (NAPL) contaminated sediments. The Triton Marine Mattress Systems have been used to provide effective capping for a wide range of contaminated sediment projects.

Triton Mattresses can also be configured to encapsulate alternative fill materials, such as sand, carbon or CETCO® Organoclay® materials in order to provide site specific remediation solutions for a broad range of in situ capping applications.

In Situ Capping of Contaminated Sediment

Triton Marine Mattresses have been used to provide effective capping for a wide range of contaminated sediment projects.

Triton® Marine Mattresses have been deployed as part of a reactive capping system for the remediation of NAPL when used with CETCO® Reactive Core Mats.®

None


Page No.


Job No.

Client

Description

Trim

Live Area

Bleed

Printed on

Cycle User Name

Last Saved

Fonts

File Name

File Path

Printed Scale

Folded Size

Gutter Size

Folded Panels

TRITON_GRADIENT_BACK_US.eps CMYK 300 ppi TRITON_GRADIENT_FRONT_US.eps CMYK 300 ppi Pg9_Top_Left_2a.psd CMYK 468 ppi Pg9_Bottom_Left_2a.psd CMYK 878 ppi Pg9_Bottom_Right_2a.psd CMYK 878 ppi scan2279_3a.psd CMYK 335 ppi Triton_Pg13_2a.psd CMYK 666 ppi scan2276_5a.psd CMYK 388 ppi



Mechanical1


Production Notes:

Mark Gale

1-27-2012 1:35 PM 12-13

None

None

None

74076 A





51p0 w x 66p0 h

45p0 w x 60p0 h

52p6 w x 67p6 h

12 13

pROTECTiNG AND RESTORiNG OUR WATERWAYSThe Triton® Marine Mattress™ System is a proven leader in the coastal and waterway erosion control market. Some of the characteristics that make the Marine Mattress Systems so effective for erosion control also make them effective for in situ capping of contaminated sediments. In addition to providing superior erosion control, Triton Marine Mattresses address industry concerns regarding:

˴ Potential for re-suspension of contaminants

˴ Erodibility of capping material

˴ Constructability

•Uniform cap thickness

• Over-design of capping layer to compensate for loss during construction

˴ Maintenance Concerns

•Cost

•Accessibility

˴ Overall durability of capping materials

Used in conjunction with the CETCO® Reactive Core Mat®, Triton Marine Mattresses have been deployed as part of a modular reactive capping system for the remediation of Non-Aqueous Phase Liquids (NAPL) contaminated sediments. The Triton Marine Mattress Systems have been used to provide effective capping for a wide range of contaminated sediment projects.

Triton Mattresses can also be configured to encapsulate alternative fill materials, such as sand, carbon or CETCO® Organoclay® materials in order to provide site specific remediation solutions for a broad range of in situ capping applications.

In Situ Capping of Contaminated Sediment

Triton Marine Mattresses have been used to provide effective capping for a wide range of contaminated sediment projects.

Triton® Marine Mattresses have been deployed as part of a reactive capping system for the remediation of NAPL when used with CETCO® Reactive Core Mats.®

None


Page No.


Job No.

Client

Description

Trim

Live Area

Bleed

Printed on

Cycle User Name

Last Saved

Fonts

File Name

File Path

Printed Scale

Folded Size

Gutter Size

Folded Panels

TRITON_GRADIENT_BACK_US.eps CMYK 300 ppi TRITON_GRADIENT_FRONT_US.eps CMYK 300 ppi PhotoPage_2a.psd CMYK 350 ppi 24724467_1a.psd CMYK 545 ppi 1MA102704-34_1a.psd CMYK 444 ppi PhotoPage_4a.psd CMYK 255 ppi PhotoPage_3a.psd CMYK 247 ppi Triton_filler_image_2.psd CMYK 306 ppi Triton_Kauai_Install_004_106_2a.psd CMYK 789 ppi



Mechanical1


Production Notes:

Mark Gale

1-27-2012 1:35 PM 14-15

None

None

None

74076 A



Klavika (OpenType; Medium, Light, Bold, Regular)


51p0 w x 66p0 h

45p0 w x 60p0 h

52p6 w x 67p6 h

14 15

The Triton® Systems surpass traditional materials with highly adaptive, long-term solutions that are economical and easy to install. They conform to site conditions and project requirements to provide efficient erosion protection. Their inert materials resist rust, rot and corrosion, even in harsh chemical environments. And with their use of available fill, environmentally friendly Triton Systems are cost-effective as well.

Tensar provides one other critical component with each Triton System – complete customer support. Our services support the entire process, from on-site evaluation to technical assistance during installation. And, our professional staff helps assure product availability and a prompt response. We’re committed to providing the right solution for your needs.

For more information on Triton Systems, call 800-tenSAR-1, visit www.tensarcorp.com or e-mail [email protected]. We are happy to supply you with additional system information, complete installation and design guidelines, system specifications, design details, conceptual designs, preliminary cost estimates, sealed construction drawings, summaries of completed projects and much more.

The Engineered Advantage

None


Page No.


Job No.

Client

Description

Trim

Live Area

Bleed

Printed on

Cycle User Name

Last Saved

Fonts

File Name

File Path

Printed Scale

Folded Size

Gutter Size

Folded Panels

TRITON_GRADIENT_BACK_US.eps CMYK 300 ppi TRITON_GRADIENT_FRONT_US.eps CMYK 300 ppi PhotoPage_2a.psd CMYK 350 ppi 24724467_1a.psd CMYK 545 ppi 1MA102704-34_1a.psd CMYK 444 ppi PhotoPage_4a.psd CMYK 255 ppi PhotoPage_3a.psd CMYK 247 ppi Triton_filler_image_2.psd CMYK 306 ppi Triton_Kauai_Install_004_106_2a.psd CMYK 789 ppi



Mechanical1


Production Notes:

Mark Gale

1-27-2012 1:35 PM 14-15

None

None

None

74076 A



Klavika (OpenType; Medium, Light, Bold, Regular)


51p0 w x 66p0 h

45p0 w x 60p0 h

52p6 w x 67p6 h

14 15

The Triton® Systems surpass traditional materials with highly adaptive, long-term solutions that are economical and easy to install. They conform to site conditions and project requirements to provide efficient erosion protection. Their inert materials resist rust, rot and corrosion, even in harsh chemical environments. And with their use of available fill, environmentally friendly Triton Systems are cost-effective as well.

Tensar provides one other critical component with each Triton System – complete customer support. Our services support the entire process, from on-site evaluation to technical assistance during installation. And, our professional staff helps assure product availability and a prompt response. We’re committed to providing the right solution for your needs.

For more information on Triton Systems, call 800-tenSAR-1, visit www.tensarcorp.com or e-mail [email protected]. We are happy to supply you with additional system information, complete installation and design guidelines, system specifications, design details, conceptual designs, preliminary cost estimates, sealed construction drawings, summaries of completed projects and much more.

The Engineered Advantage

None


Page No.


Job No.

Client

Description

Trim

Live Area

Bleed

Printed on

Cycle User Name

Last Saved

Fonts

File Name

File Path

Printed Scale

Folded Size

Gutter Size

Folded Panels

TRITON_GRADIENT_BACK_US.eps CMYK 300 ppi Tensar_Logo_White.eps



Mechanical1

None CX700_ProcessStore

Production Notes:

Mark Gale

1-27-2012 1:35 PM 16

None

None

None

74076 A



Klavika (OpenType; Medium, Regular, Medium Italic)


51p0 w x 66p0 h

45p0 w x 60p0 h

52p6 w x 67p6 h

tRiton_BRo_11.10

©2011, Tensar International Corporation. Certain products and/or applications described or illustrated herein are protected under one or more U.S. patents. Other U.S. patents are pending, and certain foreign patents and patent applications may also exist. Trademark rights also apply as indicated herein. Final determination of the suitability of any information or material for the use contemplated, and its manner of use, is the sole responsibility of the user. Printed in the U.S.A.

Distributed by:

Tensar International Corporation

2500 Northwinds Parkway, Suite 500

Alpharetta, Georgia 30009

800-TENSAR-1

tensarcorp.com

Documents

COASTAL AND WATERWAY SYSTEMS - Salix