The company adopts special materials, coupled with efficient heat transfer technology and efficient heat exchanger technology, to provide personalized solutions for customers in petroleum, chemical, polysilicon,LNG, metallurgy and other industries. Focus on nickel, titanium, zirconium, copper and other non-ferrous metals and a variety of stainless steel high-end equipment R & D, design, manufacturing and installation services, especially to provide a variety of high-efficiency, high temperature, corrosion resistant reactors, heat exchangers, et., to help customers extend the operation cycle of equipment, to achieve increased production,energy saving, consumption reduction.
Solar energy is a strategically vital clean energy source, with polysilicon as the primary material for solar cells. The production of polysilicon yields a substantial amount of the highly toxic byproduct SiCl4, contributing to severe environmental pollution and maintaining a persistently high overall cost for polysilicon.
Since 2008, Sunpower has prioritized the core equipment technology R&D to address this significant issue. Through the development of a cold hydrogenation reactor and an innovative production process, they have successfully transformed SiCl4 into SiHCI3, the raw material for polysilicon production. This breakthrough effectively resolves the global challenge posed by SiCl4's acute toxicity and high pollution levels, firmly establishing solar energy as a genuinely clean energy solution.
Leading core manufacturer of polysilicon cold hydrogenation reactor, N08120 reactor has achieved full market coverage, and its marketshare is far ahead.
Established a customized service system for thewhole process of sales, design, procurement, manufacturing, inspection andafter-sales, and can provide core equipment such as fluidized bed reactor andgas heat exchanger for cold hydrogenation unit, and large-scale heat exchanger equipment for rectification and tail gas recovery unit.
In 2008, Sunpower HE&PV took the lead in the industry to complete thedevelopment of polysilicon cold hydrogenation reactor, which successfullypromoted the replacement of new materials for cold hydrogenation reactorand greatly improved the monomer production capacity of the unit. lt hasmade outstanding contributions to the green, low-carbon and high-qualitydevelopment of the solar energy industry.
