Waste catalyst treatment and disposal + resource recovery and reuse of waste catalyst + sales of resource-recovered catalyst

The dry-wet coupling process route achieves complete resource recovery treatment of hydrogen production ash from petroleum coke, and maximizes resource utilization

The pioneering "one-step" process eliminates the need for complex sorting of various low-value mixed waste plastics, enabling their direct conversion into high-value chemical raw materials with a product yield of over 92%

Accelerate the establishment of a waste plastic recycling system, and promote low-value plastic recycling businesses such as urban garbage classification and agricultural film recycling

Completely solve a series of problems caused by ammonia slip in traditional denitration technology, such as pollution and blue smoke tailing

By means of concentration, conversion, and crystallization of brine, sulfate radicals are converted into gypsum whiskers and chloride ions, while the sodium chloride brine is reused as a raw material, achieving the recycling of high-salt wastewater

Upon completion, the main products of the project will be vanadium pentoxide, ferric chloride, vanadium oxytrichloride, and other related products