After silicon slurry being through process such as separation, cleaned, and modification, then recycled material such as silicon powder, hydrogen, silicon dioxide, and silicon carbide can be produced, widely used in public goods, industry, and high-end products.
The COD and ammonia nitrogen of organic wastewater are broken by composite techniques such as nano-microencapsulation, oxidation electrochemistry, photocatalysis, electrolysis to achieve efficiency and reduction of emissions.
Separate solid, liquid, gas by membrane filtration and bridging, to achieve efficiency and reduction of emissions.
Convert waste organic solvents or VOC gas into hydrogen or methane syngas with high-temperature catalyst, to achieve energy and plant neutralization.
Instantly break and melt solid/liquid/gas hazardous waste with ultra-high temperature to achieve volume reduction, energization, and stable solidification.
After the waste solar panel modules are treated by physical methods, the aluminum frame, glass, and battery slices are effectively recycled, and finally, achieve zero waste.
