FRP (GRP) Tank

The vessel or tank is designed for the most severe combination of conditions which may vary in every needs.

*It is suggested to consult with the fabricator to meet precise result to suit with the conditions.

Fabricated by contact molding with Filament-Wound and Hand Lay-Up methods.

For more than 22 years PT Teknoglass Duromer Internusa has been fabricating FRP (GRP) industrial equipments for various type and size. Specifically engineering designed to meet specific requirements.

Commonly there are 2 types of FRP (GRP) Tanks such as storage & processing tanks. Both are available to be used for non-chemical or chemical resistance purpose.

All of FRP (GRP) Tanks that been fabricated complied to international standard such as:

FRP Tank

No.

Description

Standard Design Code

1Processing Tank PRESSUREASME SECTION X
2STORAGE and Tank pressureBS 4994
3ASME BOILER and PRESSURE VESSEL CODEASME BPVC
4Contact-Molded Glass-Fiber-Reinforced Thermoset Resin Corrosion-Resistant TanksASTM D4097
5Standard Specification for Filament-Wound Glass-Fiber-Reinforced for Tank ProcessASTM D2143
6Standard Specification for Filament-Wound Glass-Fiber-Reinforced Thermoset Resin CorrosionASTM D2996
7Standard Specification for Filament-Wound Glass-Fiber-Reinforced Thermoset Resin Corrosion-Resistant TankASTM D3299
8Standard Specification for Contact-Molded Glass-Fiber-Reinforced Thermoset Resin Corrosion-Resistant TanksASTM D4097
9Storage or Processing Tank at pressures not exceeding 15 psig external and/or internal above any hydrostatic headASME RTP-1
10Standard Specification for Contact-Molded Reinforced Thermosetting Plastic (RTP) Laminates for Corrosion-Resistant EquipmentASTM C522-9
Designed with specific engineering calculations to withstand operating pressures, temperatures and any other possibilities of physical abuse caused while providing maximum resistance to corrosion.

Design comes with isometric (2D) drawings and 3D model which are more easy to be read.

Using only with selective materials to construct and comes available within Manufacturing Data Record.

Maximum size & dimension of production capability are limited by inland transportation. Maximum dimension for inland transportation: L 12.000mm x H 3800mm.

Products which over the maximum size & dimension for inland transportation will be fabricated on site or could be negotiable.

Industries Served:

Chemical Plant ? Waste Water Treatment ? Oil & Gas Industry ? Pulp & Paper Industry ? Wind Farm ? Transportation Industry, and many more.

Potential Uses of FRP (GRP) In Industrial Sector:

Drill Sites – Mud Handling Equipment ? Offshore Platforms ? Field Liquid Storage Vessels (Chemical / Non- Chemical) ? Brine and Saltwater Lines ? Saline/Brine Discharge Lines ? Undersea Gathering Lines ? Pipe Linings ? Casing Linings ? New Pipelines ? Railway Tank Cars ? Etc.

GALLERY

View more images of FRP (GRP) Tank

COMPARISON OF FRP (GRP) AND OTHER MATERIALS

Read about characteristics of FRP (GRP) material among other materials

GENERAL TYPES, DIMENSION & SPECIFICATION

Type 1
Type 2
Type 3
HORIZONTAL STORAGE TANK TYPE CYLINDER with DISH DOME / FLAT END CAP

FRP RECTANGULAR TANK

FRP SQUARE BATH

FRP STORAGE TANK (Cone Cover & Cone Bottom)

 

Vertical Process Tank Type Cylinder, Flat Cover and Dish Dome Bottom

Vertical Process Tank Type Cylinder, Flat Cover and Cone Bottom

Vertical Storage Tank Type Cylinder, Flat Cover and Fal Bottom

 

Cyclone Vertical Tank Type Cylinder, Dish dome Cover and Cone Bottom

FRP Scrubber Tank Type Cylinder, Flat Cover and Flat Sloop Bottom

Vertical Storage Tank Type Cylinder Dish Dome Cover and Cone Bottom

Type 1
Type 2
Type 3
Type 4
Type 5
Support Tank Concrete for Vertical Tank Cone Bottom

Support Tank Type Leg for Vertical Tank Dish-Dome Bottom

Support Tank Type Leg for Vertical Tank with Cone Bottom

Support Tank Type Leg for Cone Bottom

 

Vertical Support Tank Type Leg for Cone Bottom

Type 1
Type 2
Standard Minimum Thickness for Horizontal Tank Contact Moulding

Design Pressure : ATM
STANDARD CODE : ASTM D3299 and ASME RTP-1
Fabrication Method : FILLAMENT WOUND FOR SHELL

Note:
Thickness may vary on every needs. Depend on tank’s conditions, situations, and designs. Table shown for reference purpose only. It is suggested to consult with the manufacturer to meet precise result to suit your needs.
Standard Minimum Thickness for Vertical Tank Contact Moulding

Design Pressure : ATM
STANDARD CODE : ASTM D3299 and ASME RTP-1
Fabrication Method : FILLAMENT WOUND FOR SHELL

Note :
ASME RTP-1 The Minimum thickness of Flat Bottom :
?0.27 in. for inside diameter <72 in.
?0.31 in. for inside diameter >72 in. to <96 in.
?0.4 in. for inside diameter >96in. to <144 in.
?Thickness may vary on every needs. Depend on tank’s conditions, situations, and designs. Table shown for reference purpose only. It is suggested to consult with the manufacturer to meet precise result to suit your needs.

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