See how a thermoelectric heat pump with integrated air passages manages piezoelectric transduce
Water-immersed battery crushing suppresses electrolyte leakage, debris splashing, and combustion while improving aluminum housing separation.
Liquid nitrogen cooling plus argon inerting enables safer, lower-cost shredding of alkali metal batteries during recycling.
Angled, hooked shredding teeth keep electrode laminates larger and cleaner, cutting fine contamination and energy use in battery recycling.
Heating, filtering, and compressing waste-battery dust into blocks reduces airborne contamination while improving metal recovery and handling.
Non-equilibrium plasma and cyclone separation clean and sort spent cathode particles, restoring morphology and crystallinity with less energy and waste.
A closed scrap facility combines AI grading, solar power, and hydraulic energy storage to cut dust, emissions, and manual quality checks.
Co-locating PET, polyolefin, residuals, fines, glass, and flexible packaging lines cuts cost and time while improving recovery purity.
Optical density sensing triggers reservoir agitation only when waste water starts separating, cutting fresh water use and mixing energy.
Optical sorters, vibrating screens, and eddy current separators recover recyclables from contaminated MSW while reducing sorter labor.
A modular system filters, crushes, and meters laterite nickel slag for more thorough reaction with acidic ore pulp.
This PV recycling assembly removes frames, decomposes encapsulants, and strips silver for high-purity material recovery.
Mechanical separation, spectral sorting, recombination, and densification create consistent engineered fuel from municipal solid waste.
Segmented fluffing and air separation automate sorting, reducing manual labor and equipment jams in materials recovery.
Vertical mill and hydrocyclone remove contaminants from solid waste, protecting downstream equipment and enhancing biogas production efficiency.
Activated carbons mediate bitumen-clay adhesion in oil sands, reducing caustic toxicity while improving froth purity.
Oil agglomerates ultrafine coal particles to extract process water during separation, eliminating high-energy thermal drying requirements.