Segmented scanning and extraction recover neodymium from end-of-life drives, preventing loss in mixed waste streams.
A multi-chamber reactor arrangement segments supercritical solvolysis to process plastic-based composite materials efficiently.
Adhesive-coated paper and plastic fragments consolidate into layered composite panels through heat and pressure.
A modular hazardous waste processing system uses isolated cells maintained at distinct pressure levels to contain material during filling and sealing operations.
Two-step milling converts polymer articles into chips before grinding, limiting fines below 1 mm.
Centrifugal force concentrates biological material at a focal point for ultrasonic breakdown.
A local purification system treats mixed waste streams through comminution and bio-membrane filtration.
Segmented waterproof layers and a ceiling hoist prevent leachate leakage while enabling efficient material conveyance in mercury waste disposal.
Integrated drainage systems and carbon nanotube barriers isolate radionuclides in deep geological zones, preventing water infiltration and worker exposure.
Segmented heating phases prevent premature syngas combustion, enabling efficient energy extraction from municipal solid waste.
Segmented zones in a belt conveyor furnace reduce carbon content while preventing refractory corrosion and improving metal separation.
Gate-shaped shell with wedge and sidewall pressing members collapses aircraft fuselages inward for rapid dismantling.
Hollow envelope preheats combustion air to reduce energy losses and improve thermal efficiency.
Multi-stage screening with varying openings recovers over 70% of organics and liquids from mixed waste streams.
Merges combustion chambers via direct wall connection to eliminate ash generation from organic waste while powering steam conversion.
Oxygen-enriched oxidation in a molten slag bath eliminates dioxins and furans while recovering thermal energy from liquid metal cooling.
A landfill well control system uses sensors and actuators to maintain user-defined set points for gas flow rates.