Product Specifications

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Product Description

Overview

Quick Details

Condition: New

Warranty: 1 Year

Applicable Industries: Manufacturing Plant, Food & Beverage Factory, Farms, Energy & Mining

Showroom Location: None

Video outgoing-inspection: Provided

Machinery Test Report: Provided

Marketing Type: Hot Product 2019

Warranty of core components: 1 Year

Core Components: Pressure vessel, Pump, Gear, Bearing, Gearbox, Engine, Motor

Place of Origin: Sichuan, China

Brand Name: DTEC

Model Number: D-100

Type: Plant

Electricity Generator Type: Biomass Gasification

Output Voltage (V): 380

Key Selling Points: Energy saving

Product name: biomass gasification

Certificate: ISO9001

Type of Gasifier(3): Biomass

Rated power: 100kw

After-sales Service Provided: Video technical support, Online support

Local Service Location: None

Packaging & Delivery

Product Overview

DTEC Biomass gasification Power Plant Equipment

In developed countries, biomass utilization as an energy source adopt high-input and high-output methods to build large-scale biomass energy conversion projects and transform traditional biomass into modern energy use. At present, the biomass power industry has become the second largest renewable energy source after hydropower in the United States. The conversion of biomass into modern energy has accounted for 40%, 16% and 10% of the basic energy consumption in the United States, Sweden and Austria respectively. Among the EU countries, biomass energy has accounted for 59.6% of all new and renewable energy sources (including hydropower) developed and utilized

Introduction to biomass pyrolysis gasifierBiomass gasification refers to the thermochemical process of converting biomass fuels into combustible gases. In this process, water vapor, free oxygen or combined oxygen undergo thermochemical reactions with carbon in the fuel to generate combustible gas. The biomass gasification process is more complicated, and the gasification reaction conditions are also different, but all the gasification reaction processes basically include the drying, pyrolysis, oxidation and reduction reaction processes of biomass.

Dry layerThe uppermost layer of the gasification furnace is the drying zone. The materials added from above enter the drying zone directly, where the materials exchange heat with the hot gas products generated in the three reaction zones below to evaporate the moisture in the raw materials. The temperature of this layer isPyrolysis layerThe organic combustible dry materials run down into the pyrolysis layer, and the biomass is heated at the same time. When the organic combustible materials are heated, a pyrolysis reaction occurs. Most of the volatile matter in the fuel is separated from the solid by the pyrolysis reaction, which is basically completed at 500~600℃, leaving the carbon residue. The main products of the pyrolysis zone are charcoal, water vapor, carbon dioxide, methane, tar and other hydrocarbon substances.

Oxide layerThe remaining carbon residue from pyrolysis reacts violently with air, releasing a lot of heat. Because it is anaerobic combustion, the supply of oxygen is insufficient, so the incomplete combustion reaction occurs at the same time. At a high temperature of about 1000℃, through the action of water vapor, an oxidation-reduction reaction occurs to produce carbon monoxide (CO), hydrogen (H2), etc. flammable gas.

What is going on in the oxidation zone is combustion reaction and releases heat. It is this part of the reaction heat that provides a heat source for the reduction reaction, pyrolysis and drying of materials in the reduction zone. The hot gases (carbon monoxide and carbon dioxide) generated in the oxidation zone enter the reduction zone of the gasifier, and the ash falls into the lower ash chamber.

Reduction layerThere is no oxygen in the reduction zone. The carbon dioxide generated in the oxidation reaction undergoes a reduction reaction with carbon and water vapor here to generate carbon monoxide (CO) and hydrogen (H2). Since the reduction reaction is an endothermic reaction, the temperature of the reduction zone is also lowered accordingly, about 600~800℃. The main products in the reduction zone are carbon monoxide (CO), carbon dioxide (CO2) and hydrogen (H2).

Gasification is actually always combined with the dry cracking process of fuel. In the actual operation process, the above four areas have no clear boundaries, and they are mutually infiltrated and interlaced. Therefore, at the outlet of the gasifier, the output gas components are mainly carbon monoxide (CO), carbon dioxide (CO2), hydrogen (H2), methane (CH4), tar and a small amount of other hydrocarbons, as well as water vapor and a small amount of ash. Gasification is actually always combined with the dry cracking process of fuel. In the actual operation process, the above four areas have no clear boundaries, and they are mutually infiltrated and interlaced. Therefore, at the outlet of the gasifier, the output gas components are mainly carbon monoxide (CO), carbon dioxide (CO2), hydrogen (H2), methane (CH4), tar and a small amount of other hydrocarbons, as well as water vapor and a small amount of ash.

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FAQ

1. Why choose us?

*Required power plant capacity:

*Feed stock you used for power plant:

*Humidity of feedstock:

*Dimension range of feedstock:

*Caloric value of feedstock:

It is very important that buyer provide the information as much as they can to get the best quotation.

3. What about the product quality?

We only offer a reasonable price instead of high price. Different quality and at a different price. Payment through T/T and L/C are accepted.

Shipment by sea and by air are accepted, it depends on the volume of the order.

We will respond within 24 hours after the customer raises the question

7. How about packaging?

Standard export wooden case, iron frame and another seaworthy packaging.

We ship our goods to China's export coast. We can't decide the time needed for other transportation, but the manufacturing time can be discussed, and it directly depends on the order volume and necessity like urgent or normal.

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