Low-temperature magnetic pyrolysis (PRC FP-5) and power generation: innovative organic waste treatment and resource recovery technology

Low-temperature magnetic pyrolysis (PRC FP-5) and power generation: innovative organic waste treatment and resource recovery technology
I. Technical principles and core advantages
Low-temperature pyrolysis is a non-incineration treatment technology that operates in a magnetic low-oxygen environment. It does not require external energy (electricity or fuel). It decomposes organic waste autonomously at low temperatures and solidifies molecules into ceramic-like substances, achieving efficient recovery of rare metals such as gold, silver, and copper. Compared with traditional combustion technology, its core advantages include:

Zero emissions and environmental protection: no smoke or harmful gases are generated, and all environmental data are publicly available;
Extreme reduction: reduce the amount of industrial waste to less than 1/200 of the original volume;
Low-cost autonomous operation: only newspapers can be ignited to start, and it can run continuously for 365 days without fuel consumption;
Policy convenience: due to its non-incineration properties, it is not necessary to apply for installation permission from the government.

2. Applicable treatment materials and restrictions
Treatable items (covering organic waste in multiple fields):

Electronic waste: mobile phones, computers, televisions, etc.;
Plastics and rubber: tires (need to be removed in advance), foam plastics, vinyl products;
Biomass waste: fish bones, seafood residues, fishing nets, livestock and poultry manure (horse manure, cow manure, etc.), straw, vegetable waste;
Other organic waste: wood chips, cardboard, disposable diapers, medical consumables (non-metallic), etc.

Untreatable items:
Inorganic/building materials such as metals, glass, ceramics, stone, gypsum board, asbestos, concrete, etc.

3. Rare metal recycling and definition

Rare metals: A term unique to China (called "minor metals" overseas), in a narrow sense, refers to industrial non-ferrous metals other than base metals such as iron, copper, zinc, aluminum, and precious metals such as gold and silver, including rare earth elements (REE) (scandium, yttrium and lanthanide elements, a total of 17 types).
Recycling method: Convert organic matter into ceramic ash through low-temperature pyrolysis, extract rare metals from it, and realize resource recycling.

IV. Application scenarios and cases

Marine environmental protection: Used for processing marine driftwood along the coast, achieving ecological protection at extremely low energy costs;
Medical and industrial: Processing non-metallic waste from medical institutions, organic waste from the food/pharmaceutical/electronics industries;
Agriculture and animal husbandry: Processing livestock and poultry manure (which can be heated through heat recovery), agricultural plastics;
Cross-border and public health: Chinese islands are used to process ocean current waste, and local governments reduce the amount of domestic waste.

V. Summary of the core features of PRC FP-5 equipment

Full organic treatment: Convert combustibles into ceramic ash and simultaneously recover rare metals;
Zero pollution emissions: Petrochemical product processing is smoke-free, and gas emissions meet environmental standards;
Zero operating costs: No fuel is required, only initial ignition materials are required;
Continuous and efficient operation: 365 days of non-stop furnace, stable processing capacity;
Policy compliance: Non-incineration attributes, avoiding the installation license application process.

Through its innovative low-temperature pyrolysis mechanism, this technology has demonstrated significant potential in the fields of environmental protection, energy conservation and resource recycling. It is particularly suitable for scenarios with large amounts of organic waste and high demand for rare metal recycling.

#Incineration power generation #waste power generation #pyrolysis power generation #carbon emissions #carbon recovery #carbon trading #carbon reduction