Marine Floating Barrier System Debris Waterway Cochrane Boom Buoy Texas
Description
A floating barrier can be used in a variety of settings, including urban waterways, industrial sites, and in offshore applications. In urban waterways such as rivers and canals, floating barriers can be installed to prevent plastic waste and other pollutants from reaching coastal areas and the open ocean. In industrial settings, such as power plants or oil and gas facilities, floating barriers can be used to contain oil spills and prevent them from spreading further into waterways and causing greater environmental damage. In offshore applications, floating barriers can be used to prevent marine debris from drifting into sensitive ecosystems, protecting marine life and habitats.
The design and materials used in floating barriers can vary depending on the intended use and the specific environment. Some floating barriers may be designed to be rigid and withstand high currents and impact from waves, while others may be constructed from more flexible materials that allow them to conform to the contours of the waterway. In addition to plastics and other debris, floating barriers can also be used to contain oil spills by absorbing oil while repelling water.
Floating barriers have become an increasingly popular solution in the fight against marine pollution. By preventing waste and other pollutants from entering waterways and the ocean, floating barriers play a vital role in preserving our marine ecosystems and protecting the health of our planet's oceans.
Specifications
| Item | Value |
| Part | Floating Barrier Buoys System |
| Material | Closed-cell polyethylene foam |
| Size | Custom-made |
| Colour | Yellow or custom-made |
| Product Name | Genuine Marine Floating Barrier |
| Application | Floating Safety Protection |
| Usage | Marine |
| Place of origin | Qingdao China |
| Port | Tianjin, Qingdao, Shanghai |
|
Buoy Material
|
HDPE | ||||
| Buoy Colour | Black | ||||
| Net Material | Steel Wire Mesh (Standard) | Rope (Optional) | ||||
| Beam Material | Marine Grade Steel | ||||
| Net Height | 500 mm (Standard) | 1000 mm (Optional) | ||||
| Buoy Height | 800 mm | 710 mm | 630 mm | 500 mm | 450 mm |
| Section Length | 6 m / 12 m | ||||
| Optional | Underwater net for diver security | Underwater Diver Detection Device | Boat Gate | Anchor & Sinker Set | Warning Sign | Kayak Cable | Foam inside Buoy | Solar Panel | Navigation Light | ||||
| Float Material | PE | ||
| Float Colour | Orange (Standard) | White, Yellow, Blue (Optional) | ||
| Overall height | 755 mm | 640 mm | 430 mm |
| Buoyancy | 250 kg | 180 kg | 90 kg |
| Weight | 28 kg | 22 kg | 10 kg |
| Connection | Shackle | ||
| Section Length | 1100 mm | 950 mm | 650 mm |
Features
1. Material: Floating barriers can be made of different materials such as polypropylene, PVC, or a combination of materials depending on the intended use. The material should be strong enough to withstand impacts and currents but at the same time flexible enough to conform to the waterway's contours.
2. Size: The size of floating barriers can vary depending on the area they need to cover. Floating barriers may be small enough to contain a localized spill in a specific location or large enough to cover a vast expanse of water.
3. Buoyancy: The design of the floating barrier maintains buoyancy and can stay afloat in water without sinking. The buoyancy can be achieved through the use of buoyant materials like polystyrene or air-filled chambers.
4. Stability: Floating barriers should be designed to maintain stability in the water despite strong currents, waves, and wind.
5. Anchoring: Floating barriers are anchored to the waterbed to keep them fixed in position. Anchors can be in the form of weights, chains, or other mechanisms.
6. Durability: Floating barriers should be durable and able to withstand harsh environments, including UV exposure, chemical corrosion, and extreme temperatures.
7. Maintenance: Regular maintenance is required to keep floating barriers in good working condition. This may include cleaning and inspection to ensure the barrier is functioning properly.
Applications
● Pollution Control
● Waterway Safety
● Aquaculture
● Construction Projects
● Recreational Use
● Flood Protection
Advantages
◆ Experienced Staff: A factory that has a team of experienced and skilled workers can provide quality workmanship and attention to detail, leading to a high-quality product.
◆ Advanced Technology: A factory that invests in advanced technology and equipment can increase productivity, reduce production time, and improve product quality.
◆ Quality Control: A factory that has strict quality control measures can ensure that all products meet the desired quality standards.
◆ Competitive Pricing: A factory that implements efficient production processes can offer competitive pricing to its customers.
◆ Customization Options: A factory that can provide customization options for its products can offer more value and flexibility to its customers.
◆ Timely Delivery: A factory that can deliver products on time can help its customers meet their deadlines and maintain a good reputation in the industry.
◆ Environmental Sustainability: A factory that implements environmental sustainability practices can appeal to eco-conscious customers and help reduce its environmental impact.
