Owing to the global demand to prevent global warming and achieve carbon neutrality by
reducing greenhouse gas emissions, ammonia (NH 3) has attracted attention as a promising …

To achieve zero carbon emissions, replacing conventional fuels in combustion engines and
gas turbines with carbon-free fuel is of utmost important. While hydrogen is effective in …

Ammonia is a molecule that has been essential to human activities for centuries. It is widely
used as a feedstock for fertilizers, industrial chemicals, and emissions after-treatment …

Abstract Co-firing ammonia (NH 3) with coal for thermal power generation is a promising
strategy for achieving global carbon neutrality. However, the drawbacks of NH 3 combustion …

Coal and ammonia (NH 3) co-firing technology is a promising solution allowing the
retrofitting of coal power facilities and contributing to global decarbonisation goals. Reactive …

Abstract Ammonia (NH 3) co-firing is a promising technology for reducing greenhouse gas
emissions in coal-fired power plants. Prior to commercialization, an experimental study on …

The fuel interchangeability range without any modifications was proposed within 5% of
Wobbe index (WI) by the gas turbine manufacturers. The system modifications, especially in …

Co-firing of ammonia–coal can aid in achieving pollution control and carbon reduction,
which is of great practical significance in supporting the realization of China's 'dual …

Coal-fired power plants are still the way of power generation in most countries, but the CO 2
generated by coal remains high. Pulverized coal co-firing with ammonia is expected to …

The expansion of coal power in China has led to a coexistence of multiple technologies,
whereas differences in environmental impacts of each other remain hitherto unclear. This …