Indirectly fired rotary kiln steam reformation technology

在发展中国家和发达国家，越来越多地考虑和促进利用生物能源生产非矿物燃料能源。城市固体废物等含碳废物具有额外的优势，因为不需要新的土地需求，并且大大减少了处置问题。 这些废物来源比木材或玉米等单一物种的生物作物更为复杂。尽管进行了研究，但将这些生物资源转化为能源的最佳技术类型尚未得到证实。竞争技术包括简单热解、亚化学计量空气气化（也称为部分空气氧化）、高温等离子体处理和缺氧蒸汽重整。这是缺氧蒸汽技术，这是该项目的重点。

Bioresources for energy are increasingly being considered and promoted for non-fossil fuel energy production for both developing and developed nations. Carbon containing wastes such as MSW have an added advantage, since no new land requirement is needed and the problem of disposal is greatly reduced. These waste sources are more complex than single species biocrops such as wood or corn. Despite research efforts, the best type of technology to convert these bioresources to energy is not proven. The competing technologies include simple pyrolysis, gasification with substoichiometric air (also called partial air oxidation), high temperature plasma treatment and anoxic steam reformation. It is this anoxic steam technology, that is the focus of this project.