To help address these concurrent challenges, SEATA Group ( SEATA ) has developed a new advanced thermal technology ( already at field pilot in NSW, as pictured below ) designed to continuously produce consistently high quality solid biochar and a storable , compressible (transportable) and concentrated high energy syngas in a single stage process , capable of direct use for energy and/or to economically produce valuable secondary derivatives such as carbon negative hydrogen , food & medical grade非化石CO 2,以及一系列可再生循环燃料 /低碳液体燃料(LCLF),包括SAF,甲醇,生物柴油,绿色氨,烯烃,烯烃等,商业和工业规模。我们根本不会产生有问题的液体产品(焦油和树脂,油等)。取而代之的是,这些被提升为较密集的能量同步的气相,该较高的能量合成气是由空气(大气氮)未稀释的,这是降低大量植物成本(CAPEX)所需的关键设计方面,包括但不限于非常昂贵的污染控制设备。
•SEATA-我们是谁,我们做什么•过程信息图表:生物修饰物可用于有价值的固体碳和综合/氢产品•为什么要生物氢?• Harnessing Nature to turn biowastes into a circular solution for climate action with CO 2 Removal • Potential Feedstocks (clean biomass / problematic carbon-based wastes) • Deconstruction of Emerging Contaminants (PFAS, microplastics etc) • Indicative hydrogen production at Pilot and Commercial Scales • Completed Milestones and Forward Program • SEATA's fully approved & operational pilot: ‘ Clean Energy & Carbon Sequestration研发中心'