本课题针对我国烧结行业面临的铁矿石劣化显著、烧结机机漏风率高、废气余热利用率低、污染物排放种类复杂、浓度低、总量大、烧结工序能耗高等难题，根据烧结能耗与污染物排放与烧结工艺原料及工艺过程密切相关的特点，基于现有的厚料层烧结、烟气循环、烟气脱硫脱硝等烧结绿色化工艺探索，从高效烧结新工艺开发、低漏风率关键技术与装备加工制造、有毒有害污染物协同深度脱除等重大问题及关键技术方面开展系统研发。最终建成“低排放的高效低耗烧结关键技术及应用示范”，实现“吨烧结矿能耗降低3公斤标煤以上、烧结机漏风率比 2015年指标减少 15%以上，返矿率比 2015 年指标减少 10%以上”的目标。

Aiming at the problems faced by China's sintering industry, such as significant deterioration of iron ore, high air leakage rate of sintering machine, low utilization rate of waste gas and waste heat, complex pollutant emission types, low concentration, large total amount and high energy consumption of sintering process, based on the existing thick bed sintering, flue gas circulation Explore green sintering processes such as flue gas desulfurization and denitration, and carry out systematic research and development from major issues and key technologies such as the development of new high-efficiency sintering process, the processing and manufacturing of key technologies and equipment with low air leakage rate, and the coordinated deep removal of toxic and harmful pollutants. Finally, the "key technology and application demonstration of high efficiency and low consumption sintering with low emission" will be completed to achieve the goal of "reducing the energy consumption of more than 3kg standard coal per ton of sinter, reducing the air leakage rate of sinter by more than 15% compared with the 2015 target, and reducing the return rate by more than 10% compared with the 2015 target".