Container gas generator set has an important position in China, because of its technological innovation and wide application, to meet the diversified demand for electricity, to promote the development of related industries. Container gas generator set can be widely used in urban emergency, medical services, power security and modern communications and other fields, container gas generator set as a flexible and efficient power generation solution, more and more favored by the market.
Nitrogen oxides (NOx) are produced during operation of container-type gas generating units. Nitrogen oxides are pollutants generated during combustion of internal combustion engines and gas turbines due to high temperature and the presence of flue gas, mainly including nitric oxide (NO) and nitrogen dioxide (NO₂).
The fuel used by gas generator sets is usually natural gas or other types of gas, which are prone to the formation of nitrogen oxides during the combustion process, especially under oxygen-rich and high temperature conditions. However, compared to diesel or gasoline generators, gas generators usually produce a lower concentration of nitrogen oxides, so the rate of nitrogen oxide production when natural gas is burned is lower. During the operation of the container generator set, due to the high temperature and sufficient oxygen in the combustion process, it is easy to produce a relatively high concentration of NOx, which not only poses a threat to the environment, but also limits the wide application of the generator set.
As a major air pollutant, nitrogen oxides (nox) have a serious impact on human health and environment. While providing energy, container-type gas generating units must also take measures to reduce NOx emissions to meet the increasingly stringent environmental standards.
Green Valley Environmental Protection’s SCR denitrification system, using patented mixing technology, can ensure the full mixing of ammonia and flue gas, so as to achieve near-zero emission of nitrogen oxides, accurate metering injection technology, to cope with load changes under the condition of stable emission standards, the use of Internet of Things technology, to achieve a variety of terminal remote monitoring, with CFD, ANSYS modeling capabilities, Finite element simulation experiments are available. The use of catalysts to reduce NOx to nitrogen and water is a mature denitrification technology.
Post time: Sep-02-2024