Background
The following factors have prompted researchers to apply ammonia combustion technology to the gas turbine field:
1. Carbon neutrality goal: The urgent need to achieve carbon neutrality worldwide has driven the exploration of carbon-free or low-carbon fuel technologies. Ammonia, as a zero-carbon fuel, helps achieve this goal.
2. Energy diversification: The introduction of ammonia combustion technology helps diversify the energy structure, reduce dependence on traditional fossil fuels, and improve energy security.
3. Economic benefits: The production, storage and transportation technology of ammonia is relatively mature, the cost of use is low, and it has good economic prospects.
4. Renewable energy utilization: Ammonia can be synthesized from renewable energy sources (such as wind energy, solar energy) through electrochemical methods, which helps in the storage and transportation of renewable energy.
5. Characteristics of ammonia fuel: Ammonia has a high octane number and low flame temperature, which helps improve the efficiency of the gas turbine and reduce the generation of NOx.
(Introduction to) Ammonia Burning Engine Gas Cooler
is using atmospheric air from the environment to cool down exhaust gas and afterwards preheated air is introduced again into the combustion process.
Due to high operation temperature, gas cooler ususally equips with stainless steel bare tubes to cope with the temperature shock and potential corrosion matters.
Over the time, as dust and scale accumulates on tube surface, the structure allows disassembly to wash with water jet and chemicals.
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