Collec’Thor is a powerful and eco-efficient fixed waste collector designed to tackle the growing issue of floating debris in marinas, harbors, rivers, and other calm water bodies. Engineered by The Searial Cleaners, this device operates silently and continuously, attracting and capturing a wide range of pollutants—including plastics, microplastics, organic matter, and hydrocarbons—before they can spread into open waters and harm marine ecosystems.

Made from robust 5754 marine-grade aluminum, Collec’Thor is corrosion-resistant and built to endure harsh marine environments. Its 750-watt industrial pump allows it to process up to 32,000 liters of water per hour, efficiently drawing in waste from a wide radius. With a collection capacity of up to 320 liters or 100 kg, the system is ideal for high-traffic waterfront areas.

The ergonomic, bag-free design simplifies emptying and promotes sustainable waste handling. Because it is easy to install on floating docks or quay walls, it provides an accessible and scalable solution for municipalities, port authorities, and marinas seeking to enhance their environmental stewardship.

Collec’Thor is not just a waste collector—it’s part of a global movement to clean aquatic environments and raise awareness about the importance of protecting our waters for future generations.

Key Characteristics:

• Fixed waste collector designed for installation on floating docks or at the water's edge.

• Constructed from durable 5754 marine-grade aluminum.

• Equipped with a 750-watt industrial pump processing 32,000 liters/hour.

• Collection capacity of up to 320 liters or 100 kg of waste.

• Ergonomic design with waist-level emptying and no need for waste bags.

• Operates silently and continuously, attracting waste over a large area.

• Suitable for harbors, marinas, rivers, lakes, and other calm water bodies.

Environmental Benefits:

• Efficiently captures floating debris, including plastics, microplastics, and hydrocarbons.

• Prevents pollutants from entering open waters, protecting marine ecosystems.

• Reduces reliance on manual cleanup efforts and disposable waste bags.

• Energy-efficient operation minimizes carbon footprint.

• Supports sustainable waste management practices in aquatic environments.