Oskar Mortensen is a Content Specialist at Repax who loves turning complicated sustainability rules into something everyone can actually understand. Think of him as your friendly guide through the world of EPR regulations and circularity—breaking down the confusing stuff so you can focus on what really matters for your business. His goal? Making environmental compliance feel less like homework and more like a conversation. When Oskar's not writing helpful content, you'll find him out on the golf course, breathing in that fresh air and enjoying nature's own waste-free system.
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Eddy current separation uses spinning magnets to push away non-ferrous metals like aluminum from mixed waste, boosting recycling, saving resources, and supporting a cleaner, circular economy.
Decontamination cleans recycled materials by removing dirt and harmful substances, improving quality, safety, and resource savings. Simple steps like rinsing help support a greener, circular economy.
Magnetic separation uses magnets to pull out metals like iron from waste, helping recycle materials, reduce landfill, cut pollution, and support a cleaner, circular economy.
Extrusion shapes materials by pushing them through a die, enabling recycling, reducing waste, and saving energy. It creates strong, lightweight products, supporting sustainability and a circular economy.
Methanolysis breaks down plastics and fats using methanol, turning waste into reusable materials or biodiesel. It supports recycling, reduces pollution, and promotes a circular, sustainable economy.
Gasification turns waste like wood and crop leftovers into syngas, a clean energy source. It reduces landfill use, cuts pollution, and supports circular economy by reusing tough-to-recycle materials.
Solvent-based recycling uses special liquids to dissolve and purify plastics, keeping quality high. It handles mixed waste well, saves energy, and supports a circular economy by reducing plastic pollution.
Pyrolysis heats waste without oxygen, turning it into useful fuels, gases, and char. It cuts landfill waste, lowers emissions, and supports recycling by converting mixed waste into new resources.
Enzymatic recycling uses natural enzymes to break plastics into original parts, saving energy, reducing pollution, and enabling cleaner, easier recycling that supports a circular economy and less waste.
Glycolysis breaks down PET plastic chemically, turning waste into raw materials. This helps recycle plastics fully, saves resources, cuts emissions, and supports a circular economy.