Biological treatment uses microorganisms to break down waste, producing useful products while being eco-friendly.


MRFs efficiently sort recyclables like plastics, paper, metals, and glass for reuse or recycling, emphasizing efficiency and compliance.


Organic composting turns waste into nutrient-rich soil enhancer, reducing emissions and supporting sustainable farming.


Landfill mining recovers recyclable plastics, metals, glass, RDF, and inert materials for reuse, reducing pollution and promoting circularity.

What if landfills could be more than just mountains of trash? Thanks to Sustainable Material Advanced Recovery Technology, we’re on the brink of a major shift in waste management, with the potential to recover and repurpose at least 90% of reusable materials from landfills and dumps. This revolutionary approach doesn’t involve chemicals or pollutant emissions, and it could be fully implemented in less than six months.

Here’s why this approach is exciting:

High Recovery Rate: This technology can extract and sort a vast majority of waste materials from landfills, including metals, plastics, glass, and organic matter.

Eco-Friendly: The process is chemical-free and does not produce harmful emissions, making it a clean and sustainable solution.

Circular Economy: By repurposing waste, we reduce the need for new landfills. Recovered materials are used in various industries, creating a loop of reuse. Organic matter is converted into bio-fertilizer, and combustible material is turned into refused derived fuel (RDF), which can be used to generate energy or syngas.

Profitability: Uncovering valuable materials like compost metals, plastics and RDF from waste for significant returns.

Environmental Impact: Reducing pollution, reclaiming land, and conserving resources for a sustainable future.