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Strategic partnership announced with Chinese Jingrun Envirotech Co. of Beijing

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BI Pure Water partners with Jingrun Envirotech Co. of Beijing

Jingruns logoJingrun RO-UF systemBI Pure Water is pleased to announce a strategic partnership with Jingrun Envirotech Co. of Beijing, China to work together on marketing and manufacturing water and wastewater systems where there is a beneficial need. The partners will also conduct joint research and development of advanced products and processes.

加拿大碧纯水处理公司很高兴地宣布与北京京润环境公司成立战略合作伙伴关系,以致力于在给水和废水处理领域开展市场和生产的互惠合作。合作双方还将共同研发水处理领域的新技术和产品。

Jingrun Envirotech is a specialized high-tech enterprise involved in industrial wastewater and drinking water treatment. In 1994 Jingrun Envirotech was established under the Beijing Academy of Science and Technology. While still collaborating with domestic and foreign universities and research institutes, Jingrun Envirotech is an independent company with more than 22 years of professional experience in the field of water treatment technologies.

北京京润环保科技股份有限公司(简称京润环保),1994年成立之初隶属于北京市科学技术研究院,后改制为独立运营公司。京润环保是国家级高新技术企业、中关村高新技术企业,自成立以来,一直致力于工业污水深度处理回用技术及民用给水处理技术的开发、工程应用。京润环保与国内外数家大学和研究机构建立了密切合作关系,以便更好地研发新的水处理技术和产品。

创新来自碧纯! 来自加拿大的创新水处理技术 碧纯 (BI PURE) 水处理公司成立于1995年。公司位于加拿大卑诗省Port Kells 工业区,距离温哥华市中心约35分钟。碧纯水处理公司的目标是提供最高客户满意度和环境标准的一体化给水和废水处理系统和设备。碧纯 (BI PURE) 所提供的 给水和废水处理系统以低价高效, 运行稳定可靠而著称。

数百套系统采用超滤ˎ 纳滤ˎ 反渗透ˎ 紫外线消毒等先进处理技术的碧纯 (BI Pure) 水处理系统成功地运行于加拿大和世界各地, 其中许多系统原水水质复杂并处极端地域环境。

采用膜生物反应器ˎ 移动床生物反应器ˎ 序批式生物反应器ˎ 以及创新专利技术间歇自动反冲生物滤池,超级二级氧化电絮凝 以及高级催化氧化系统, 碧纯 (BI Pure) 废水处理专家能够为客户提供创新定制的废水处理解决方案,包括生活污水,难降解工业废水及垃圾渗滤液。 选择性纳滤供水技术 碧纯 (BI PURE) 创新饮用水净化系统采用最新一代具有选择性的纳滤 技术,可以有效地去除有害有机物但却保留水中有益矿物质。碧纯纳滤净化设备具有以下特点和优势:

  • 有效截留分子量 1000 Da,有效去除有害有机物 (去除率TOC > 80%, DOC > 80%,色度 > 90%).
  • 有效去除浊度成分, 出水清澈透明 (浊度 < 0.1 NTU).
  • 有效去除细菌 (99.9999 percent), 有效去除病毒 (99.99 percent).
  • 保留水中有益矿物质 (传统纳滤和反渗透技术去除了部分或大部分此类有益物质).
  • 采用改性膜材料, 能够终生承受氯化学清洗 (常规纳滤和反渗透膜, 难以承受长期氯化学清洗).
  • 超高效率和抗污性能,采用简单横流模式,自动定期反冲和化学清洗.
  • 低操作压力(2-4 大气压), 在线膜完整性测试,安装快捷简便, 全自动化操作.
  • 通过多国饮用水认批和认证 (美国 / 法国 / 英国 / 德国).
创新的IFBF+ UF 废水处理和回用技术 碧纯 (BI PURE) 创新的MBBR-BF™ + UF 废水处理工艺集几种技术之特长,具备以下显著特点:
  • 充分发挥移动床生物反应器的高效能,高适应性和稳定性,以及运行简单等独特优点.
  • 改进移动床生物反应器使其同时具备悬浮物分离功能,从而省除了通常必须的沉淀和气浮设备.
  • 利用超滤获得与MBR同等优质回用水但却无MBR运行的复杂性.
  • 全自动操作,运行灵活,操作维护简便,特别适于小型污水处理系统.
独特创新的超级氧化电絮凝 + 高级氧化 + 膜生物反应器/生物移动床处理难降解工业废水 碧纯 (BI PURE) 创新的难降解工业废水 (包括垃圾渗滤液) 处理系统集多种独特处理工艺于一体,具有以下显著特点:
  • 新一代专利技术超级氧化电絮凝采用一体化二级电解系统,其旋转阴极自动调控与阳极间距从而获得最佳运行效果和最低电耗,其后装置自动完成固液分离。该技术在TSSˎ BODˎ CODˎ 油脂ˎ 重金属及其它污染物去除方面具备与传统电絮凝或化学絮凝难以比拟的效果。
  • 碧纯 (BI PURE) 创新的高级氧化系统充分发挥和利用不同氧化剂催化氧化对不同类难降解有机物(苯酚,杂酚油,环烷酸等等)的组合降解优势,用之于生物予处理,从而以最低成本获得最佳的总体效果。
  • 该组合处理工艺可以以较低的成本有效地处理常规物化和生化难以处理的工业有机废水(包括垃圾渗滤液)。

BI Pure Water Receives IRAP Grant for the low-cost remediation of Refractory Organic Contaminants

Written by Marketing on . Posted in News

BI Pure Water Receives IRAP Grant
for the low cost remediation of
Refractory Organic Contaminants

Chemist Ian WylieBI Pure Water’s chemist beside a pilot membrane bioreactor unit to be used in conjunction with our advanced chemical methods for oxidizing difficult waste

For immediate release – June 5, 2017
BI Pure Water, Inc. has been approved for an IRAP grant (National Research Council Canada’s Industrial Research Assistance Program) to pilot its low cost remediation solution for Refractory (difficult-to-oxidize) Organic Contaminants. BI Pure Water’s in-house master chemist Ian Wylie has been personally working on the chemical problem for a decade and he believes he’s found a low cost solution.

“There are so many unaddressed industrial chemicals in our environment, I find this a very exciting and promising market,” says Ian Wylie, R&D Project Manager. “This process should be able to treat refractory wastewaters at an operating cost 5-20 times lower than existing oxidation processes and other environmentally unsound methods, such as incineration.”

BI Pure Water’s Advanced Oxidation Process (AOP) in combination with biological treatment will greatly expand the range of wastewaters treatable by biology. AOP used in combination with MBR/MBBR or biogas generation is cheaper, more effective and ‘much greener’ than competing processes.

The process is particularly useful for refractory wastes with aromatic functionality and many other difficult to treat organic chemical contaminants, such as: phenol from refineries and chemical synthesis, polychlorinated biphenyls, creosotes, naphthenic acids from oil/gas extraction, drugs and synthetic hormones from the pharmaceutical industry and a wide range of difficult to treat industrial wastewaters.

BI Pure has found its first pilot project with leachate from a Canadian landfill. We are seeking more partnerships with potential customers that have “challenging waters” that need a practical way to reduce harmful waste. To pilot and demonstrate the technology the project is seeking partners that spend more than $5 per m3 to dispose of their difficult waste.

MBRs allow water reuse of sewage treatment

Written by Marketing on . Posted in News, ultrafiltration

MBRs allow water reuse of sewage treatment

Advanced Waste Systems brochure Advanced Wastewater Treatments explained
Brochure download (4pps,Zip PDF)

Subdivisions continue to multiply in Calgary. Developers routinely contact us for proposals for communities that are ‘outside the water treatment grid’ and are sourcing water and wastewater treatment systems. Water is a scarce resource in these communities and they are keen to reuse water wherever possible.




With a membrane bioreactor communities are able to both treat sewage and recover bacteria and pathogen free water for their fire stations, as well as irrigation. This can mean big environmental and promotional benefits for developers, not to mention cost savings!

At BI Pure Water we would like to see communities using MBR because it can be a completely closed loop system. Dewatered sludge can be spread on fields, recovering nitrogen and phosphorus, or mixed into compost. The MBR requires a little more skilled maintenance than a MBBR or SBR system because it requires – two or three times a year typically – a chemical clean of membranes. Also the membranes need to be monitored for breaks or fouling, though these symptoms would be monitored through the computer control system.

A budgetary price proposed for this typical subdivision is under $200,000 for the first 100 dwellings. MBR is modular so in Phase II and III of the development another MBR would be added later to defer capital costs.

MBRs are built and tested complete inside a container or steel framed building. This can save on construction costs and are hassle-free by being built and tested in the factory and shipped complete and ready for implementation in the community. The plants are by nature steel frame structures that are resistant to extreme weather events, as well as mold, wildlife and rodents.

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