Powermax Municipal Waste Management Plant

Produktbeschreibung

Overview

Quick Details

Place of Origin:: Jiangsu, China

Brand Name:: Powermax

Model Number:: 20-20000kw

Type:: Plant

Electricity Generator Type:: Biomass Gasification

Output Voltage (V):: 400

Name:: Municipal Waste Management Plant

Application:: Making Electricity

Frequency:: 50HZ/60HZ

Voltage:: 380V / 400V / 440V

Type of gas cleanning:: Gas Cleanning System

Heat Value of Gas:: 1200-1400Kcal/Nm3

Efficiency:: 85% High Efficiency

Certificate:: CE ISO

Material:: Carbon Steel

Warranty:: 1 Year

Supply Ability

Supply Ability:: 100 Set/Sets per Year

Packaging & Delivery

Packaging Details: ISO Containers

Port: Shanghai Port

Lead Time :

Quantity(Sets)	1 - 1	2 - 2	>2
Est. Time(days)	90	180	To be negotiated

POWERMAX Waste Gasification Power Generation Equipment is developed and researched independently by POWERMAX, is a high-efficient waste fixed bed gasifier that improves twin-fire fixed bed gasifier to research and develop twin-fire(RDF) fixed bed gasifier. POWERMAX Waste Gasification Power Generation Technology includes three steps. The first step is RDF gasification, which converts processed RDF into combustible syngas. The second step is gas purification. The gas has impurities through gasification, including ash, charcoal, tar, which should be removed with purification system in order to ensure the operation of gas power generator. The byproduct after gas purification is biomass vinegar, which can be made into foliar fertilizer, deodorant, etc, after concentration. The third step is gas power generation or heat supply, which use gas generators for electricity generation or use boilers or steam turbine for heat supply, and the high temperature exhaust produced by the gas generator can be recovered to get steam or hot water for residential or industrial use. POWERMAX Waste Gasification Power Generation System can also be applied to process sludge fuel, animal manure, crushed waste tires, etc.

Waste Gasification Power Generation System Flow Chart

Technical Specification of Waste Gasification Power Generation System

Model	50TFBG	100TFBG	200TFBG	300TFBG	400TFBG	500TFBG	600TFBG	800TFBG	1000TFBG
Rated Power(KW)	50	100	200	300	400	500	600	800	1000
Rated Frequency	50/60HZ
Rated Voltage(V)	220/400/440/6300/6600/11000/13800
Model of Gasifier	TFBG50	TFBG100	TFBG200	TFBG300	TFBG400	TFBG500	TFBG600	TFBG800	TFBG1000
Gasifier Type	Twin-fire Fixed Bed Gasifier
Biomass Moisture Requirement	≤20%(Wet Basis)
Biomass Size Requirement	Diameter 20mm-80mm; Length 10mm-80mm
Biomass Consumption(Kg/Hr)	50-100	100-200	200-400	300-600	400-800	500-1000	600-1200	800-1600	1000-2000
Gas Production(Nm³/h)	125-150	250-300	500-600	750-900	1000-1200	1250-1500	1500-1800	2000-2400	2500-3000
Ash Discharge Type	Dry Ash Type/Wet Ash Type
Type of Gas Purification	Dry Type Gas Purification System
Heat Value of Gas	≥1200Kcal/Nm³
Gas Composition	CO 15-20% CO2 8-12% CH4 Up to 3% H2 15-20% N2 45-50%
Model of Genset	50GFLS	100GFLS	100GFLS	300GFLS	400GFLS	500GFLS	300GFLS	400GFLS	1000GFLS
Qty of Genset	1 Set	1 Set	2 Sets	1 Set	1 Set	1 Set	2 Sets	2 Sets	1 Set

1. What feed stocks in general are suitable for the Powermax process?

2. Why do we need biomass gasification now?

Gasification is a clean, affordable and environmentally sound renewable form of energy that provides a solution to forest and agricultural management residue issues we have right now. Another challenge is energy security. Governments want to use their own resources to produce energy and provide energy independence. We need to displace some of the energy we are literally shipping in from other parts of the world, and, probably more importantly, wean ourselves from dependence on foreign energy suppliers.

3. What are the key by-products of the Powermax process and uses?

4. What are the major components of Producer Gas?

The gas composition varies with different types of biomass feedstock materials, different water moisture content, different gasifier loading, etc. As a general estimation, the Producer Gas composition are as follows :

N2: 50-60%

CO2: 10-20%

CO: 10-18%

H2: 3-9%

CH4: 2-6%

CnHm: 0.5-3%

H2O, others: 0.5-3%

5. What are the economic benefits of a Powermax project for me ?

Powermax gasification plants tackle two major local problems: elimination of local waste and cost of energy. By converting local feedstock into energy you lower your costs and you create new revenues (i.e. selling electricity on the grid). Energy produced through Powermax gasification is renewable and is supported by your local renewable energy support policies.This model of circular economy is also an opportunity to increase your energy independence and it creates local employment.