The main three methods of waste plastics treatment in countries around the world

So far, more than 9.1 billion tons of waste plastics have been produced globally . In 2010 alone, there were 4.8 million tons to 12.7 million tons of plastic waste flowing into the ocean. These plastics have spread all over the world.

These waste plastics pose a huge threat to human survival.

There are currently three main methods for handling plastic waste globally:

First, landfill directly.

The so-called direct landfill method is to fill the prepared pits with compacted materials to make biological, physical and chemical changes, and to decompose organic matter to achieve the purpose of reduction and harmlessness. Landfill is an effective method for massaging urban domestic waste, and it is also a method commonly used in China.

Second, burning.

Incineration is a method in which waste is placed in a high-temperature furnace to fully oxidize combustible components, and the heat generated is used for power generation and heating. This method requires strong technical support. If it is only burned violently, it will inevitably lead to greater environmental pollution.

Third, composting.

The domestic garbage is piled up in piles, stored at 70 °C for storage and fermentation, and the organic matter is decomposed into inorganic nutrients by the ability of microorganisms to be decomposed in the garbage. However, the long-term use of this method is likely to cause soil compaction and groundwater quality deterioration, so the scale of composting is not too large.

As an ordinary people, we also need to reduce the use and waste of plastic products through our own efforts. To protect the environment, we should start from ourselves.

Pyrite Used in Lithium Batteries as Battery Anode Materials

Material for lithium battery cathode

Place of Origin: Henan Luoyang, China

Pyrite, Iron pyrites , pyrites lump, Ferro sulphur, Pyrites powder.

Product Description:

Detailed introduction: it is used as cathode material for lithium battery, which has the advantages of low cost, large capacity, environmental protection and good voltage platform.

The high-grade pyrite is used in lithium batteries as battery anode materials, with benefits of lower cost, large capacity, environmental protection, better voltage platform. Etc.

Quality:

S: 48%min, FE: 42%min, SIO2: 3.0%max, PB: 0.1%max,

ZN: 0.1%max, AS: 0.1%max, . C: 0.3%max, CU: 0.2%max,

H20: 1.0%max, SIZE: 95%min

Granularity: (0-3)mm/(3-8)mm/(3-15)mm/(15-50)mm or other particle size.

Packing: 25KG/500KG/1000KG/BAG or 1000KG/BAG or other packaging.

Note: if there are special requirements, the product can be customized according to clients` requirements.

(In addition, our company is specialized in the production of `Hengkai Metallurgical" Brand - ferro sulphur series for foundry, copper removal agent series for lead smelting, debismuthizing agent for lead smelting, iron sulphide series for resin grinding wheel abrasive industry, iron sulphide series for brake pad friction industry, iron sulphide series for heavy metal wastewater treatment, iron disulphide series for soil improvement, iron disulphide for lithium battery anode, alloy sand series for wear-resisting flooring industry, ferrous sulphide powder series for ferrous sulphide cored wire, ferrous sulphide for ferrous sulphide cored wire, iron sulphide for resin grinding wheel, ferrous sulphide powder for heavy metal wastewater treatment, ferrous sulphide powder for soil improvement, ferrous sulphide cored wire, pyrite, ferrous sulphide ore, molybdenum oxide, high purity molybdenum trioxide, ammonium molybdate, titanium dioxide, cryolite powder, mullite, etc.) 

Iron Disulfide For Lithium Iron Sulfide Batteries

Iron sulfide battery Lithium battery iron disulfide Pyrite powder Pyrite powder

LUOYANG PERFECT TRADING CO.LTD, , https://www.pyritefes.com