Medical waste solution

Problems

Medical waste is always a serious concern for many countries
The reason is all regarding to its hazardous, infectious characteristics and required with special treatment for processing.
There are hundred of tons medical waste generated each day in developed countries. It contributes to landfill eventually.

Plastic, rubber, and textile materials will not change for hundreds of years. This will harm future generations…

Emitting harmful gases and releasing a large amount of CO2 is contrary to the carbon reduction goal.

The reuse of petrochemical materials will reduce the strength of physical/chemical properties and affect the quality of the product.

Low temperature thermal decomposition technology

Wide range of material sources including waste liquid
Input materials do not require cleaned or classified to save labor cost
The entire process is highly efficient and automatic and can produce 24 hrs a day
Good safty, fully enclosed and clean production,no secondary pollution problems.
It has wide source of processed materials, high conversion of derived fuels and an average output rate of greater than 60%
High-efficiency production and safe automated processing throughout the entire process.
AI computer multiple management and control, remote monitoring with high security
Entire process is clean and fulfill three phase emission standard
Good adaptability to the site. Reduce capacity and volume from the sources

Method/ compare	Burning (oxidize)	Smoldering (gasification)	Lysis (Carbonization)
Oxygen content	> 100%	30-45%	0%
Operating temperature	800~1200°C	800~900°C	300~350°C
residue(Organic shall prevail)	High(about 30~45%)	Medium (about 5~30%)	Low (About 3~15%)
Gas-producing components	Dioxin, CO, CO2, PM2.5…..	CH4,H2,CO,…	H2, CH4, C2H6, C3H8…
Exhaust CO2 pollution	High	Medium	Low
energy conversion efficiency	Low (10~17%)	Medium (17~35%)	High (50~80%)
Process operating costs	Oxidize: 0.5~1/Kg +/-	Gasification:1~ 1.5/Kg+/-	Carbonization: 2~4/Kg+/-
Applicable processing objects	low calorie/Mixed waste/1~2000kcal/kg (reduced water content)	Low to medium calorie/biomass 1~3000 kcal/kg (biomass energy)	High calorific molecular waste >10000kcal/kg (High subsidy rates)