PE Floating Structure

Designed and fabricated for reliable performance, durability, and versatility in a wide range of marine environments.

PE Floating Structure: PE floating structures provide a practical solution for locations where large tidal ranges, deep water, or soft seabed conditions make conventional fixed waterfront facilities difficult to construct or operate. Made of polyethylene (PE), these modular floating structures can be configured to create platforms of various sizes and shapes for use in marine, river, and lake environments. They are used for a wide range of applications, including fish cage farms, floating accommodations, floating bridges, and floating piers for small vessels. As berthing facilities, they provide reliable performance under wave action and facilitate safe and convenient vessel access. PE floating structures are easy to install and relocate and allow for relatively simple maintenance and repair after installation. Their modular construction also enables damaged sections to be individually replaced.
Types of PE Floating Structures : 1. Fish Cage Farms _ 2. Water Intake Pipelines for Deep Seawater and Other Applications _ 3. Marine Leisure Facilities, Including Recreational Fishing Platforms _ 4. PE Pontoons

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Key Features Of Pe Floating Structures
- Modular configurations can be customized to meet specific client requirements.
- The system offers a cost-effective solution for a wide range of floating applications.
- Its lightweight construction facilitates transportation and helps reduce installation time.
- The hinged connection system enables simple and efficient assembly and installation.
- Made of polyethylene (PE), a material widely used in potable water piping, the structure offers excellent corrosion resistance and is suitable for use in aquatic environments.
Strengths of PE Floating Structure
- Excellent resistance to corrosion in marine and freshwater environments.
- Good chemical resistance to many acids, salts, and alkaline substances.
- Resistant to cracking and permanent deformation under normal service conditions.
- High ductility and impact resistance combined with lightweight construction.

01

Tendering, Technical Consultation & Design Following the tendering and technical consultation process, the installation site is reviewed and a project-specific design is developed.
02

BOM Preparation & Material Procurement A bill of materials (BOM) is prepared, and the required raw materials, components, and auxiliary materials are ordered and secured.
03

Receipt and Preparation of Government-Furnished Materials Government-furnished materials are received, cut to the specified dimensions, and sorted for fabrication and assembly.
04

Floating Pipe Assembly
(Assembly of Government-Furnished Materials) The PE floating pipes are joined using heat-fusion welding.
05

Floating Pipe Bracket Installation (Assembly of Government-Furnished Materials) Support brackets are installed on the floating pipes to secure the upper deck structure.
06

Floating Pipe and Upper Deck Assembly (Assembly of Government-Furnished Materials) PE deck panels are installed at the designated locations on the floating pipes and support brackets.
07

Cross Bollard Installation Install mooring bitts on the upper deck to secure the vessel's mooring lines.
08

Transportation & Installation The assembled floating structure is transported to the installation site and installed in its designated position.
09

Mooring & Anchoring System Installation Anchors are set on the seabed and connected to the floating structure using chains and mooring lines to secure the structure in position.

MARINE INDUSTRY