Low temperature Anaerobic Digestion wastewater treatment pilot for Municipal WW Industry

市政污水工业低温厌氧消化废水处理中试

• 批准号: 102828
• 金额: $ 50.4万
• 依托单位: NVP ENERGY UK LIMITED
• 依托单位国家: 英国
• 项目类别: Collaborative R&D
• 财政年份: 2017
• 资助国家: 英国
• 起止时间: 2017 至 无数据
• 项目状态: 已结题
• 来源: https://gtr.ukri.org/projects?ref=102828
• 关键词: Low; temperature; Anaerobic; Digestion; wastewater

NVPE will deploy a 12m by 4.0m pilot reactor treating 500m3/day of WW with a chosen Municipal WW customer in the UK (United Utilities or Severn Trent). NVPE have identified this market as the largest most suitable market due to its low strength WW characteristics in terms of chemical oxygen demand (COD) and total suspended solids (TSS). This pilot will allow NVPE to validate the Lt-AD technology specifically in the municipal WW market, gaining access to this large market, grow as a company in the UK & then expand into additional International markets. As a first to market technology, accessing this market will substantially contribute to revenue generation and job creation. NVPE’s innovative Lt-AD solution removes WW pollutants at low temperatures and generates biogas that has a methane content--80% (exceptional for an AD Technology), allowing municipal WW customers to significantly reduce their current operational and energy costs. This biogas, a by-product of the process, generates more energy than is required to operate the system, making it a carbon neutral & energy positive solution. The biogas can be 100% utilised for heat & electricity production on site. This is very attractive to WW Utilities who are the highest energy users in their respective countries.

NVPE将与英国选定的市政WW客户(联合公用事业公司或Severn Trent)一起部署一个12米乘4.0米的试点反应堆，处理500立方米/天的WW。NVPE已将该市场确定为最大、最适合的市场，因为其在化学需氧量(COD)和总悬浮固体(TSS)方面的WW强度较低。这一试点将允许NVPE专门在市政WW市场验证LT-AD技术，进入这个巨大的市场，在英国作为一家公司成长，然后扩展到更多的国际市场。作为第一个将技术推向市场的人，进入这个市场将大大有助于创造收入和创造就业机会。NVPE创新的LT-AD解决方案可以在低温下去除WW污染物，并产生甲烷含量为80%(AD技术的例外)的沼气，使市政WW客户能够显著降低其当前的运营和能源成本。这种沼气是该过程的副产品，产生的能量比运行该系统所需的能量更多，使其成为一种碳中性和能量积极的解决方案。沼气可100%用于现场供热和发电。这对WW公用事业公司非常有吸引力，他们是各自国家最高的能源用户。