Omrin, a leading waste management company in the Netherlands, has implemented cutting-edge recycling technologies to optimise waste processing and contribute to a circular economy. Through advanced sorting systems, plastic separation, anaerobic digestion, and energy recovery, Omrin enhances resource efficiency, reduces landfill waste, and supplies renewable energy. Their innovations demonstrate a scalable and sustainable approach to waste management, serving as a model for municipalities and businesses.

As global waste generation increases, traditional waste management methods struggle to maximise material recovery and minimise environmental impact. Inefficient sorting, contamination in recycling streams, and excessive landfill dependency hinder circular resource use. Additionally, organic waste remains an underutilised resource despite its potential to produce renewable energy. To address these challenges, Omrin developed a comprehensive waste management system integrating state-of-the-art recycling and recovery technologies.

Omrin employs multiple innovative technologies to enhance waste processing and sustainability. The Sorting and Processing Facility (SBI) sorts over 300,000 tonnes of residual waste from citizens across the Netherlands annually using automated blowers, sieves, drums, and infrared installations. Waste streams are separated into two types of plastic, cans, drink cartons, residual waste, and compostable waste, improving material recovery and reducing landfill reliance.

Further refining plastic recycling, the Plastic Sorting Facility (KSI) sorts plastics into five distinct types. These materials are supplied to companies like IKEA and Philips for reuse in new products, closing the loop on plastic waste.

The Anaerobic Digestion Facility processes organic waste, including GFT (vegetable, fruit, and garden waste), through anaerobic digestion to produce biogas. In 2023, Omrin generated approximately 19.2 million cubic meters of biogas, which is upgraded to biomethane for fueling Omrin's vehicle fleet and supplying renewable energy to 5,000 households.

Non-recyclable waste is processed into renewable energy at the Energy Recovery Facility (REC). In 2023, Omrin generated over 122,000 MWh of electricity and more than 517,000 MWh of heat in the form of steam, contributing to regional energy supply.

To enhance efficiency, Omrin employs Dynamic Route Optimisation, using sensor-equipped underground containers to monitor fill levels in real time. This system has increased container fill rates from 60% to 80%, reduced the number of stops, and significantly lowered CO₂ emissions.

Omrin’s innovations have substantially improved waste processing efficiency, achieving a 78% waste separation rate. Their sorting facilities enhance material recovery, preventing valuable resources from ending up in landfills. The anaerobic digestion plant boosts biogas production, contributing to renewable energy generation, while the energy recovery facility converts non-recyclable waste into usable electricity and heat. The implementation of dynamic route optimisation has further reduced operational emissions. By integrating these circular solutions, Omrin has positioned itself as a leader in sustainable waste management.

Omrin’s approach demonstrates how innovative waste management technologies can significantly contribute to a circular economy. Their model not only reduces environmental impact but also supports industrial reuse of materials, advances renewable energy goals, and improves operational efficiency. Their collaboration with major companies and municipalities showcases the potential for scaling circular waste management solutions across regions.