Green gases represent a high potential to reduce carbon footprint for large industry emitters. GDF SUEZ is highly involved in several projects which are aimed at using syngas from biomass for industrial use or to produce 2nd generation Biomethane. Some of those new routes focused on renewable biosyngas, in addition with natural gas, will in a short term, be a helper for energy company to support their customers in lowering their dependencies on fossil fuels and GHG emissions. Direct firing of syngas into an industrial furnace for direct heating of a final product represents a very effective solution to reduce the use of fossil fuels. One of those projects ambitions is to produce a synthetic gaseous fuel coming from vineyards wood residues. The final goal is to manage to industrialize the use of biomass gasification for glass melting furnaces. A 1 MW gasifiers has been successfully installed and tested at GDF SUEZ Research Center. After combustion test on a semi industrial of the syngas produced by the gasifier, the whole installation has been transported and implemented on the industrial site. In the on-going test the gasifier will be coupled with the glass furnace. In addition to the developments on the synthetic gas, one of the key elements under investigation is the optimisation of the overall energy requirements of the integrated process. Eventually, determination of the possible routes for the collection and preparation of the biomass resource with respect to the targeted application will allow the creation of a local and sustainable supply chain. For medium and long term perspectives, GDF SUEZ is also implicated in the development of the 2nd generation biomethane pathway with the GAYA project that aim to produce a renewable methane from lignocellulosic biomass through gasification and methanation. Those pathways are fully complementary and the aim is to propose to industry and others final users, a technology portfolio of green gases production for common uses of natural gas.
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机译：绿色气体代表的高潜力，以减少大量工业排放的碳足迹。苏伊士是高度地参与其中的目的是使用合成气从生物质的工业用或以产生第二代生物甲烷几个项目。其中一些新的航线集中在可再生的生物合成，除了天然气，将在短期内，对能源公司，以支持其客户在降低对化石燃料和温室气体排放的相关性的帮手。合成气直接点火工业炉最终产品的直接加热代表，以减少使用化石燃料的一个非常有效的解决方案。这些项目之一的野心是一家以生产合成气体燃料从葡萄园木渣来了。最终的目标是管理工业化玻璃熔窑用生物质气化的。 A 1个兆瓦气化炉已成功安装和苏伊士环能集团研究中心进行测试。在半工业由气化产生的合成气的燃烧测试后，整个安装已经运和工业现场实现。在正在进行的测试的气化器将被耦合与玻璃熔炉。除了对合成气的发展，受调查的关键要素之一是的结合工艺所需的总能量优化。最后，收集和准备相对于目标应用的生物质资源的可能途径的决定将允许本地和可持续供应链的建立。对于中期和长期的角度来看，苏伊士环能集团也被牵连与旨在通过气化和甲烷化，以从木质纤维素生物质可再生甲烷加耶项目的第二代生物甲烷途径的发展。这些途径是完全互补的，而目的是提出行业和其他最终用户，绿色气体生产天然气的一般用途的技术组合。
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