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| 2021-01-15 来源： 中国石化新闻网 |
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石化新闻 |
中国石化新闻网讯 据烃加工2021年1月12日休斯敦报道，霍尼韦尔1月12日宣布，该公司已推出一种单级UOP Ecofining?技术，用于可再生柴油的生产。新的单级UOP Ecofining技术是一种快速进入市场、低资本成本的解决方案，是对未充分利用的加氢处理或加氢裂化装置进行再利用的理想选择，比其他单级技术生产更高产量的可再生柴油。 单级Ecofinin工艺生产的霍尼韦尔绿色柴油燃料在化学上与石油基柴油完全相同，可以作为车辆的直接替代品，无需进行任何修改。与用石油生产的柴油相比，它在整个生命周期内最多减少80%的温室气体排放。 新工艺在单个装置中使用催化剂组合，从原料中清洗并去除含氧物和其他污染物，然后异构化这种原料，以改善其冷流特性。由于设计简化，单级UOP Ecofining?技术可以快速投入使用，且比其他设计的资本成本更低。 霍尼韦尔可持续技术解决方案副总裁兼总经理本·欧文斯表示，“由于客户努力实现可持续发展目标，并为现有资产寻找新的用途，他们对可再生燃料生产的兴趣持续增长。”“新的单级Ecofinding工艺可以帮助炼油厂以显著的收入优势和最小的设备和空间要求，满足可持续燃料生产的更严格的规定。” 李峻 编译自 烃加工 原文如下： Honeywell introduces simplified technology to produce renewable diesel Honeywell announced that it has introduced a single-stage UOP Ecofining? technology offering for the production of renewable diesel fuel. The new single-stage technology is a fast-to-market, low capital cost solution that is ideal for repurposing an underutilized hydrotreating or hydrocracking unit, producing higher yields of renewable diesel fuel than other single-stage technologies. The single-stage Ecofining process produces Honeywell Green Diesel? fuel which is chemically identical to petroleum-based diesel and can be used as a drop-in replacement in vehicles with no modifications. It also features up to an 80-percent lifecycle reduction in greenhouse gas emissions compared with diesel made from petroleum. The new process uses a combination of catalysts in a single unit to clean and remove oxygenates and other contaminants from the feedstock, and then isomerize the feed to improve its cold-flow properties. Due to its simplified design, the single-stage Ecofining technology can be put into service quickly, and with lower capital expense than other designs. “Interest in renewable fuels production continues to grow as customers work to meet sustainability goals and find new uses for existing assets,” said Ben Owens, vice president and general manager, Honeywell Sustainable Technology Solutions. “The new single-stage Ecofining process can help a refiner meet stricter regulations for sustainable fuels production with significant revenue advantages and minimal equipment and space requirements.” |
