
The Modular Waste-to-Energy (WtE) Complex we are providing represents a new generation of advanced recycling and energy recovery systems. The technology is based on a combined thermo‑acousto‑electromagnetic destruction process that ensures maximum conversion efficiency and environmental safety. Designed for mixed municipal and industrial waste of hazard groups II–V, the system provides a practical and scalable solution to the global challenge of sustainable waste management.
The process takes place within a sealed modular reactor where waste is exposed to combined thermal, acoustic and electromagnetic effects. The operating temperature reaches 1,200–1,400°C, converting organic components into synthesis gas, which undergoes complete afterburning. Rapid quenching of flue gases from 1,200°C to below 90°C in less than one second prevents the formation of dioxins and other toxic compounds. The purified gases are then released through a multi‑stage scrubber system, ensuring compliance with modern emission standards.
The system is supplied in containerised modules (20‑foot units), allowing installation in less than one week. Each modular complex can process up to 10 tonnes of waste per hour and generate between 0.5 and 5 MW of electrical energy or up to 20 MW of thermal energy, depending on configuration. The equipment operates continuously (8,000 hours per year) with a minimum service life of 40,000 operating hours before major overhaul. The compact footprint and scalability make it ideal for decentralised waste management across municipalities, industrial parks and island territories.
Unlike conventional incineration, this technology operates without external fuel after start‑up, relying solely on the energy potential of waste. The inert residue (0.5–5% of input) is classified as low‑hazard Class IV–V material and can be reused in construction. The modular design reduces capital expenditure, shortens commissioning periods and enables flexible relocation.
With over five years of operational experience and full EAEU certification, the Modular Waste‑to‑Energy Complex offers a reliable, high‑efficiency and environmentally responsible alternative to traditional waste disposal. Its deployment supports circular economy principles, creates new local jobs and provides stable baseload energy for municipal and industrial consumers.