欧洲经委会《远距离越境空气污染公约》执行机构第二届会议决定对流化床燃烧技术在能源生产中的应用进行一项特别研究。北欧部长理事会宣布准备资助这项研究。特别研究的目的是评估通过在能源生产中使用流态化燃烧技术，以满足用户对可靠性和经济性的要求，减少有害排放，尤其是硫和氮氧化物排放的可能性。这项研究始于1984年7月1日，向工厂制造商、用户和顾问发出了调查问卷。 1984年秋季和1985年初，访问了几家工厂制造商和用户，以了解流化床技术的当前水平和未来趋势。本文介绍了这项工作的主要发现。总之，可以说流化床技术在商业上是可行的。它在经济上是可行的，可靠的，并且在环境上是完全可以接受的。所获得的经验来自中小型工厂，但没有理由怀疑它也适用于大型工厂。单位:SICitation:研讨会，ASHRAE交易，1986年，第卷。 第92页。1B，旧金山

ECE's Executive Body for the Convention on Long-Range Transboundary Air Pollution in its second session made a decision to carry out a special study on the application of fluidized bed combustion technology to energy production. The Nordic Council of Ministers announced its readiness to finance the study.The aim of the special study was to evaluate the possibility of diminishing harmful emissions, especially of sulfur and nitrogen oxide, by using fluidized combustion technology in energy production in a way that would satisfy users' demands for reliability and economy.The study began on July 1, 1984, with the sending out of questionnaires to plant manufacturers, users, and consultants. During autumn 1984 and the beginning of 1985, several plant manufacturers and users were visited to find out the current level of and future trends in fluidized bed technology.The main findings of the work are presented in this paper. As a conclusion, it can be stated that fluidized bed technology is commercially viable. It is economically feasible, reliable, and environmentally fully acceptable. The experience gained is from small and medium-sized plants, but there is no reason to doubt it would also tie suitable, for large plants.Units: SI