Biomass oxygen fuel combustion has emerged as a viable approach for achieving carbon
neutrality. However, the complexity and versatility of biomass produce different results, as …

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 …

Ammonia/coal co-firing in coal-fired power plants is an effective and promising route to
achieve CO 2 reduction. This paper studies ammonia/coal co-firing in a 45 kW wall …

Ammonia is a carbon-free, hydrogen-rich fuel, which is considered as an alternative energy
source with high utilization potential. Ammonia/coal co-firing in air-staged coal-fired boilers …

NH 3 co-firing in a commercial 1000 MW e pulverized coal-fired boiler has been considered
for reducing CO 2 emissions. However, the abundance of fuel-N in NH 3 co-firing may cause …

Abstract Effects of ammonia (NH 3) co-firing on NO emissions in a coal-fired boiler are
investigated by zero-dimensional calculation with detailed chemistry. A commercial 1000 …

As a promising technology for pollutant reduction, biomass-coal co-combustion has attracted
worldwide attention. In this study, experiments combined with simulations were conducted to …

The reduction of the emissions of CO2, especially from coal-fired power plants, is an
important topic due to the caused greenhouse effect. Ammonia/coal co-firing is considered …

Municipal sewage sludge not only has very high moisture content and low heating value but
also carries lots of nitrogen, making it difficult to attain stable and clean co-combustion with …

Rapid urbanization brings increasing production and accumulation of sewage sludge
(sludge for short) challenging ecological environment sustainability. Combustion can …