Commercialization Projects
Polycarbosilane Pilot Plant
Project Overview: This unit is an engineering-scale facility to produce both solid and liquid polycarbosilane. With a total equipment investment of RMB 7 million, the plant is equipped with a synthesis unit, solvent recovery system, high- and low-temperature systems, a monitoring system, and a control system. It primarily serves as a testing platform for scaling up the production processes of solid and liquid polycarbosilane.
Methanol Residue Stripping Project
Project Overview: This unit utilizes ZKFE’s proprietary methanol residue treatment technology to significantly reduce the levels of methanol, ethanol, and other organic impurities in the residue. The process improves the working environment and enhances operator safety. The treated residue can be reused as makeup water for jacketed boilers, providing notable economic and environmental benefits.
Energy Conversion Pilot Plant
Project Overview: This energy conversion pilot plant employs polyester polymer degradation and recycling technology developed by [XX Organization]. It processes waste polyester materials through a series of steps, including high-pressure solvolysis and purification, converting discarded polymers into reusable feedstock. The unit enables efficient resource recovery and energy conversion by transforming waste polyester into valuable raw materials.
Desulfurization Waste Liquor Crude Salt Recovery Unit
Project Overview:This unit utilizes ZKFE’s proprietary salt extraction technology for desulfurization waste liquor. The waste stream, originally an environmental pollutant, is processed through a series of steps, including solvent-based fractional crystallization, to achieve complete separation and recovery of three refined salts for use as industrial-grade products. Steam generated during evaporation and concentration is recovered and reused, while the clarified liquor after salt extraction is returned as makeup water to the desulfurization system. The methanol used as an extractant for sodium thiocyanate is also recycled. The overall process achieves zero liquid discharge.