本项目针对高浓度氨氮废水处理难度大、处理费用高的难题，研究开发高浓度氨氮废水高效脱氨技术及设备、节能降耗技术及装备，在实现氨氮废水达标排放、实现氨氮资源化回收利用的同时，利用创新性的双效节能汽提脱氨专利技术降低氨氮废水处理蒸汽单耗40-45％，达到节能降耗、降低氨氮废水处理成本的目的。本项目所开发的双效节能汽提脱氨专利技术已经实现工业化应用，可以适用于所有行业的高浓度氨氮废水处理，其技术合理、工艺流程简单，废水处理能耗低，完全自动化操作。技术特点：（1）脱氨效率高。本技术可以将氨氮含量在60000mg/L以上的氨氮废水一次性处理至低于15mg/L（满足国家一级排放标准），最低在5mg/L以下。.....
[更多]
We offer our premium German trademark (word mark) HOMIE in classes 16, 38 and 41 for sale. Please see https://register.dpma.de/DPMAregister/marke/register/302010011799/DE) for the products and services included.But you can also buy a complete package with all of our HOMIE brands, which are listed se.....
[更多]
Existing methods for detection of pathogens at ultra-low concentration are usually time-consuming. This is mainly due to the lack of general and satisfactory assay that could detect bacteria at concentrations A protocol is now invented, making detection of Gram-positive and Gram-negative bacteria w.....
[更多]
The degradation of contaminant, PAHs is very ineffective and slow. Beside, during soil composting process, the toxicity of PAHs significantly increased with its increased molecular weight. More difficulty, the biodegradation of molecules containing five or more benzene rings of PAHs molecules is ver.....
[更多]
| |< <- | [31] [32] [33] [34] [35] [36] [37] [38] [39] [40] [41] | -> >| |
