Iraq produces large amounts of municipal solid waste, along with agricultural residues such as wheat straw and date palm waste, and most of it is dumped or burned in the open. These materials can become energy. Anaerobic digestion converts food waste, sewage sludge and animal manure into biogas for heat and electricity, gasification and pyrolysis turn dry biomass into fuel gas, bio-oil and bio-char, and refuse-derived fuel can supply cement kilns and industrial boilers. Each route reduces landfill volume, cuts methane emissions, protects air and groundwater, and creates local jobs, while the leftover digestate can be used as fertilizer. Success depends on waste sorting, reliable collection, suitable technology choice and stable policy support, and several countries in the region are already moving toward large waste-to-energy plants. In Iraq, pilot units at universities, farms and wastewater treatment sites are a realistic starting point. They give chemical and energy engineering students hands-on experience in reactors, process control and sustainable design, and they can grow into real contributions to the national energy mix. Al-Mustaqbal University – The First Private University in Iraq