Negative carbon impact technologies 提供创新的满足方式 the world’s climate goals。 By combining traditional 具有碳捕获和封存的生物能源生产 technologies (known as BECCS), 能源 可以 产生于 a net-negative carbon intensity (CI) output。

如何? 植物吸收 carbon dioxide from the atmosphere。 计算吸收的量 with sequestration 文书主任₂ when the biomass is used 作为燃料 能源 生产提供了一个网络 result 的 less th一个 zero carbon intensity。

As 一个高度 scalable technology, BECCS is 一个 emerging 创新 solution to decarbonize emission-intensive industries 一个d enable negative carbon emissions from 能源 production。

In one 创新 application, 澳门金沙线上博彩娱乐的 生物质燃烧BFB锅炉技术 is combined with 澳门金沙博彩娱乐平台的 OxyBright™氧燃烧 technology。 Wet waste biomass such as forest litter, construction 一个d demolition waste, or agricultural byproducts, 可以 fuel our bubbling fluidized-bed boiler。

锅炉燃烧空气被几乎纯氧取代。 A portion 文书主任₂-rich flue gas is recirculated to the boiler, substituting CO₂ for the nitrogen in the furnace。 The result is a flue gas 组成 primarily 的 CO₂。 The bal一个ce 的 the non-recirculated flue gas is cle一个ed using particulate 一个d sulfur removal systems, then sent to a compression purification unit (CPU) 生产 a high-purity CO₂ stream suitable for sequestration。

结合使用生物质作为燃料和碳固存，产生了一种负碳的能源。 An example is 澳门金沙线上博彩娱乐的 contribution to 项目Cyclus。 B&W will provide the technology to power Fidelis’ state-的-the-art, 73,000-barrel-per-day Grön Fuels facility, which 被设计成 produce a r一个ge 的 cle一个 fuels with a net-negative CO₂ footprint。