Project Introduction III- Medical waste pyrolysis

i. Significance of this project.
With the development of the social modernization, energy had became an essential role in our life, but at the same time, The limited energy resources will be a negative factor for the rapid development of society. How to solve the problem, is a subject that many scholars are studying in the globe for many years.
As one of the leaders in the renewable energy industry, our company Beston (Henan) Merchainery Company Limited is a professional high-tech unit that research tyre, rubber, plastic, medical waste and oil refining technology and equipments with 15 years’ experience. We have a series of equipments that can realize the conversion from waste to energy, include waste pretreating device, pyrolysis device and oil deep processing device. This project will play a major role in environmental protection and social development, also can bring huge returns for the investors.
The most important is, medical waste as a kind of complexitymaterial is very difficult to handle, if just discarded, landfill or burning, it will be bring big dangerous and environmentally harmful. This medical waste pyrolysis project is one of our core technologies to solve this problem. It is developed by working with a green energy research company in the United States, have perfect pre-treating system which is imported from US. Then we can deal with the medical waste from hospital easily, also prevent secondary pollution and get profits.

ii. Data sheet:

Term Details
Raw material Medical waste
Style Horizontal, rotatable
Model BLJ-6                BLJ-8 BLJ-16
Size of reactor D2.2*L 5.1m    D2.8*L6.2 m D2.8 *L7.1 m
Handling capacity/24 hours 6T                       10T 20T
Operating pressure Normal
Fuel Coal, wood, fuel oil, natural gas etc.
Average yield of oil 20%~30% (Depend on the material.)
Material quality of reactor Q245R/Q345R Boiler steel
Plate thickness of reactor 16mm
Rotational speed of reactor. 0.4-0.8 turn/minute
Cooling method Water cooling
Power 24kw  30kw 54kw
Service life 5-8 years
Space for machine(L*W*H) BLJ-6(20*10*10 m)       BLJ-8(25*15*10 m)    BLJ-16(25*15*10 m)

iii. 3D drawing:
case2

iv. Flowing chart:

case2A
v. End products (fuel oil and carbon black).

CASE2B
vi. The usage of end product.

NO. Name Usage
1 Crude oil • can be sell directly.
• make diesel and gasoline by use oil distillation machine.
• can be as fuel.
2 Carbon black • can be sell directly.
• make fine carbon by the carbon black grinding equipment.
• make carbon brick by briquetting equipment.
3 Steel wire • can be sell directly.
• make steel bloom by hydraulic press-packing
4 Combustible gas • can be as fuel heating the reactor
• extra gas also be storage as fuel for other heating.

vii. Economic Profit Analysis
• End Products Market Situation (The fuel oil produced can be calculated on 4000RMB/ton)
A. Daily return: 16000.00RMB=4000RMB/ton*(20T*20%) tons
B. Subsidy from government: 24000RMB=6000RMB/ton*4 tons (6000RMB/ton subsidy in our local) Total: 40000.00RMB
• Daily Input (BLL-16 as equipment)
A. Material cost: NONE (hospital provide for free)
B. Fuel cost: 960RMB=1.2ton. *800RMB/ton
C. Cost for water and electricity: 1188RMB=54kw. * 22h*1RMB/kw.
D. Salary for workers: 240RMB=four people*60RMB/person
E. Depreciation cost of equipments: 800RMB/day
F. Tax (remark): free from tax for environmental protection project
G. Other expenses: 100RMB/day
Total: 3288.00 RMB

• Daily profit:40000.00RMB/day-3288.00RMB/day=36712.00RMB/day
• Monthly profit: 5096.00RMB/day*25 days=917800.00RMB
• Yearly profit (ten months):9178000.00 RMB