垃圾、生物质、废塑料……这些令人头疼的废弃物，在热解气发电机组面前却能“变废为宝”。热解气发电机组通过“热解反应—气体净化—燃烧发电”的技术链条，将废弃物中的有机质转化为清洁电力。

Garbage, biomass, waste plastics... these headache inducing wastes can be turned into treasures in front of pyrolysis gas generators. The pyrolysis gas generator unit converts organic matter in waste into clean electricity through the technical chain of "pyrolysis reaction gas purification combustion power generation".

热解气发电机组的核心在于热解反应——在无氧或缺氧环境下，对生物质、废弃物等碳基原料进行高温加热（500-800℃），使复杂的有机化合物发生分解、裂解反应，大分子物质逐步断裂成小分子，非常终转化为热解气、固体炭和液体产物。热解气由碳氢化合物、一氧化碳、氢气等成分组成，是一种具有较高热值的可燃气体。

The core of a pyrolysis gas generator unit lies in the pyrolysis reaction - heating carbon based raw materials such as biomass and waste at high temperatures (500-800 ℃) in an anaerobic or hypoxic environment, causing complex organic compounds to undergo decomposition and cracking reactions. Large molecular substances gradually break down into small molecules, and ultimately convert into pyrolysis gas, solid carbon, and liquid products. Pyrolysis gas is composed of hydrocarbons, carbon monoxide, hydrogen and other components, and is a combustible gas with high calorific value.

热解气进入发电机组前需经过预处理——去除焦油、粉尘和水分等杂质，这些杂质会影响发动机燃烧效率并造成设备磨损。净化后的热解气进入燃烧室与空气充分混合后点燃，释放的热能加热水产生蒸汽驱动汽轮机，或直接驱动燃气内燃机做功发电。热解气发电机组基于有机质热化学转化原理，系统总效率可达35%-45%，对燃料热值波动具有较强包容性。

Before entering the generator set, the pyrolysis gas needs to undergo pre-treatment to remove impurities such as tar, dust, and moisture, which can affect the combustion efficiency of the engine and cause equipment wear. The purified pyrolysis gas enters the combustion chamber and is fully mixed with air before ignition. The released heat energy heats water to produce steam, which drives a steam turbine or directly drives a gas internal combustion engine to do work and generate electricity. The pyrolysis gas generator set is based on the principle of organic matter thermochemical conversion, with a total system efficiency of 35% -45%, and has strong tolerance for fluctuations in fuel calorific value.

热解气发电的原料适应性出彩为广泛——农林废弃物、生活垃圾、废旧轮胎、废塑料等均可作为原料。在环保效益方面，热解气发电不仅实现了废弃物的减量化和资源化，还避免了废弃物填埋或焚烧带来的二次污染。从垃圾填埋场到生物质发电厂，热解气发电机组正在用“热解魔法”将废弃物转化为清洁电力。

The adaptability of raw materials for pyrolysis gas power generation is extremely wide - agricultural and forestry waste, household garbage, waste tires, waste plastics, etc. can all be used as raw materials. In terms of environmental benefits, pyrolysis gas power generation not only achieves waste reduction and resource utilization, but also avoids secondary pollution caused by waste landfill or incineration. From landfills to biomass power plants, pyrolysis gas generators are using "pyrolysis magic" to convert waste into clean electricity.

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