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The presence of marine debris on beaches has significant economic consequences for coastal communities. With our technology, our clients are able to clean their beaches in order to provide their community and tourists with attractive as well as healthy beaches.
We offer an easy solution for marine debris removal (accumulation, plastic spill, natural disaster) while minimizing the impact on ecosystems during and after the cleaning process.
The composition of plastic (Bisphenol A, Phtalate) as well as the absorption of other chemicals lead to a highly toxic environment for wildlife and even humans.
HO Micro
HO Micro is an innovative technology that uses a settling principle. Our technology has earned many recognitions.
It is a four-module machine that collects plastic from 0.001 to 7.5 cm. HO Micro works on any type of soil and can also collect plastics in depth.
specifications
Our solution is designed to recover smaller plastic particles that are otherwise difficult to recover. HO Micro uses a buoyancy separation method that can recover plastic particles as small as 10um.
AdVANTAGES:
best suited for
Beaches where plastic is spread everywhere and is present in higher concentrations around a certain area. The machine works best when set up at a fixed location and the 60ft long hose allows the machine to clean a full finite radius around itself before having to set the machine up in a different location.
HO Wrack
HO Wrack is a single-module innovative sieving technology allowing the collection of plastics within a desired range while returning everything outside of that range to the shore.
The easy-to-use technology can be used to clean many environments such as beaches, factories, parks and more. It is the optimal solution for plastic pellet (nurdle) collection.
SPECIFICATIONS
Our solution is designed to recover smaller plastic particles that are otherwise difficult to recover. HO Wrack uses a sieving separation method which allows to recover plastic particles as small as the sediment it is working with.
ADVANTAGES
BEST SUITED FOR
Cleanup of wrack line areas (while still working well in other areas). Optimal technology for pellets collection. It can work in other areas such as around manufactures.
HO Backpack
HO Backpack is a robust plastic removal device featuring a hand-held vacuum technology. This tool is optimal when the plastic is at the surface. HO backpack collects plastics from 0 to about 15cm. It is the optimal solution for surface collection or to bring collected matter back to a central unit (HO Micro or HO Wrack).
SPECIFICATIONS
Our solution is designed to recover smaller plastic particles that are otherwise difficult to recover (or located in tight spaces). HO Backpack features a vacuum collector which allows to recover plastic particles from 0 to about 15 cm.
ADVANTAGES
BEST SUITED FOR
Cleanup where:
We are open to partnership to develop solutions that will meet your expectations!
Our solution is designed to recover smaller plastic particles that are otherwise difficult to recover. Compared to existing beach cleaning technologies that work with sifters, our machine is able to collect much smaller particles. Our machine uses a buoyancy separation method which allows to recover plastic particles as small as 50 um.
With a completely innovative separation technology, we are the only device able to put all natural matter essential to the ecosystem back on the beach. Beaches that are affected by plastic pollution are often beaches where large amounts of natural matter such as wood and algae are found. By keeping organic matter on the beach, we enable our customers to :
The machine is made out of 3 different modules. This allows our customers to access areas that were unattainable with cleaning devices until now. Many places affected by plastic pollution are not accessible by conventional roads, which makes it necessary to have a machine that can be easily transported either by hand, truck or boat.
With our vacuum collection system we are able to work where no other machine is able to reach. Plastic from ocean pollution ends up in places that can be extremely difficult for conventional cleaning machines to reach.
With our two collection systems, we are able to adjust the processing capacity of the machine.
