Dalian pyrolysis gasification

NegotiableUpdate on 03/05

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Nature of the Manufacturer: Producers

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Overview

Dalian pyrolysis gasification refers to the process in which large molecules of organic components in garbage break under anaerobic or hypoxic conditions, producing small molecule gases, tar, and residue. It is a treatment technology that can simultaneously achieve harmless treatment, reduction, and resource utilization of waste.

Product Details

Dalian pyrolysis gasificationIt is a new type of waste treatment technology that combines traditional technology with advanced technology to produce new treatment methods. The pyrolysis gasifier is a product of modern technological development, creating a new process flow. It combines innovative high-temperature decomposition technology with traditional high-temperature oxygen supply gasification technology. There is no traditional boiler, but rather a simulation of chemical processes in the formation, where waste is gasified. In a closed environment, waste * is converted into synthesis gas and recyclable solid residues under high temperature and pressure. At high temperatures and longer residence times, it can even destroy the most complex organic compounds.

The ineffective components in garbage are melted and hardened to form useful building materials and metal alloys. Both of these materials can be converted into inert and non-toxic products. The water generated throughout the entire process is purified and recycled. Due to the fact that the gas, solid matter, and water generated throughout the entire process can be processed and recycled, the discharge of the entire waste treatment is greatly reduced. There is no smoke, no wastewater discharge, and no solid or ash residue that needs to be buried during the treatment process.

Dalian pyrolysis gasificationIt is a commonly used equipment for processing solid waste, biomass, and other combustibles. It is very important to ensure rapid cooling after the pyrolysis process is completed, which can help reduce energy consumption, improve the lifespan of equipment in the furnace, and reduce the impact on the environment. Here are several common methods for rapid cooling of gasifiers:

1. Water cooling system: The cooling water is circulated into the furnace and furnace body through the water cooling system to absorb the waste heat inside the furnace and transfer it to the cooling water. This can quickly reduce the temperature of the furnace body and achieve the goal of rapid cooling.

2. Efficient heat exchanger: Installing an efficient heat exchanger can achieve rapid cooling of the gasifier. This device can exchange heat between the high-temperature gas inside the furnace and the cooling medium, quickly transferring the waste heat inside the furnace and reducing the temperature of the furnace body.

3. Sewage system: Reasonable design and configuration of sewage system is also the key to rapid cooling. By adjusting the discharge valve or using vacuum pumping methods, the pyrolysis products and exhaust gases inside the furnace can be effectively removed, reducing the temperature inside the furnace.

4. Cold air circulation: Rapid cooling of the gasifier is achieved by introducing cold air or external air. This method can rapidly reduce the temperature inside the furnace through the refrigeration effect, while enhancing the supply of oxygen and promoting fuel combustion.
5. Furnace structure design: In the design process of the gasifier, the reasonable selection and arrangement of materials and structures for the furnace, furnace body, and other internal components can improve the heat dissipation efficiency of the furnace body and achieve rapid cooling.

Types of waste disposal