Industrial Wastewater

Best-in-class technologies to address your crucial wastewater challenges.

工业废水处理的可持续解决方案

Eighty percent of wastewater, including industrial wastewater, is released to the environment without adequate treatment globally, according to UN World Water Development Report. Societal and environmental pressures continuously urge industries to reduce wastewater amount, treat wastewater before discharge, and reuse wastewater worldwide for the long run.

Dupont Water Solutions develops best-in-class industrial wastewater treatment technologies, accompanied by an advanced product portfolio of solutions, to address your crucial wastewater challenges by:

  • Reducing effluents discharge:减少在环境法规和可持续性目标中的最低标准下的数量和污染。
  • Reusing wastewater: achieve savings by reducing wastewater surcharges, recycling wastewater against other water sources, or improve water availability in water scarcity regions.
  • Recycling by-products:recover salts and more from wastewater streams to compensate operation cost.

Dupont Water Solutions is dedicated to work for you to create a great future with green and low carbon emission manufacturing, corporate social responsibility, wastewater stewardship, and sustainable development.

工业废水的申请

Learn more about the challenges we can solve to ensure that your organization succeeds in all of its industrial water operations.
Industrial Wastewater Reuse
米inimal Liquid Discharge (MLD)
Resource Recovery
Landfill Leachate Treatment

Bringing the most reliable and effective treat-for-purpose solutions to your wastewater challenges.

Suspended solids removal with Ultrafiltration

Dupont Water Solutions offers a wide selection ofUltrafiltration (UF)technologies to address complex pretreatment challenges for industrial wastewater. DuPontIntegraFlux™Integrapac™in-side-out PVDF pressured UF modules and skids provide exceptional reliability, outstanding membrane separation, extreme productivity, and efficiency on more than 500 industrial wastewater installations worldwide. DuPont米EMCOR®UF is a result of 30 years of innovation in PVDF submerging UF with reduced capital and operational cost. The super compact skids design minimizes footprint for industrial wastewater applications. DuPontinge®out-side-in PES pressured UF offers unique strong multi-bore fiber structure with T-Rack skids designed to maintain competitive total cost of ownership, while managing a reliable and profitable operation in industrial wastewater.

Total Dissolved Solids (TDS) removal with Reverse Osmosis Brackish Water Elements for Wastewater Treatment

Filmtec™Fortilife™RO Portfolio在杜邦的可靠绩效和专家支持下,解决了最具挑战性的工业废水和应用。FilmTec™Fortilife™元素可以帮助您降低水成本,实现可持续性目标,最大程度地减少污染问题,并朝着最小的液体排放(MLD)迈进。

Softening & Dealkalization with Ion Exchange Resins

DuPont™ AmberLite™ion exchangesoftening resins remove cations associated with hardness (such as Ca and Mg) from industrial wastewater to avoid scale formation caused by precipitation of sparingly soluble salts like calcium carbonate. Ion exchange resins (IER) can also remove bicarbonate alkalinity associated with scaling.

Bringing a more cost-effective approach to your wastewater challenges.

不断发展的废水法规可能会带来苛刻的生产挑战,有时甚至是昂贵的生产挑战。诸如水价上涨和零流动(ZLD)的显着成本等因素会极大地影响您实现生产目标的能力。许多设施正在寻求ZLD的替代方案。它不仅昂贵,而且由于所需的能源和资源,它不一定是最环保的过程。

DuPont Water Solutions can help address your wastewater regulatory challenges with our最小液体排放(MLD)解决方案。MLD有可能使您的运营成本最小化并最大化水回收率,同时减少运营所需的能量量。借助行业最广泛的净化和分离技术组合,我们可以帮助您实现MLD目标,并使您迈向节省成本,更高恢复和改善的环境管理的道路。

  • FilmTec™ Fortilife™ XC70 Elements: Maximize pure water recovery while reaching brine concentrations >70,000 ppm TDS with reduced shutdowns for cleaning and high permeate quality.
  • FilmTec™ Fortilife™ XC80 Elements: Reduce the volume of the downstream brine treatment process by reaching concentrations >80,000 ppm TDS with reduced shutdowns for cleaning.
  • FilmTec™ Fortilife™ XC120 Elements: Reduce the volume of the downstream brine treatment process by reaching concentrations >120,000 ppm TDS while operating within standard RO equipment limits.

Industrial wastewater’s vast potential as a source of valuable resources, such as recovering salts and other chemical compounds, is evolving as a means to use circular economy to increase sustainability and affordability of water recycle systems. DuPont’s resource recovery approach uses a core set of proven ultrafiltration, reverse osmosis, nanofiltration, and ion exchange-based technologies and processes that enable users to recycle high quality chemical salts from the wastewater stream. Enabled by DuPont’s technologies, China's Coal to Chemical industry recovers high quality sodium chloride and sodium sulfate from its wastewater MLD process and reuse those salts for other industries like chlor-alkali, soda, dying, leather processing, and construction. Salts recovery not only help facilities reduce operational costs, but also their carbon footprint, enabling increased revenue streams through carbon credits and carbon trading programs.

Landfill leachate are waters with high organic and inorganic pollutant concentrations leached from landfill through rainwater intrusion. Landfill leachate is extremely toxic to the environment and is one of the major threats to aquifer and surface water health. DuPont Water Solutions offers proven treatment solutions employing ultrafiltration, reverse osmosis, and nanofiltration to treat landfill leachate to meet wastewater discharge standards for over 1000 installations worldwide.

  • Industrial Wastewater Reuse +

    Bringing the most reliable and effective treat-for-purpose solutions to your wastewater challenges.

    Suspended solids removal with Ultrafiltration

    Dupont Water Solutions offers a wide selection ofUltrafiltration (UF)technologies to address complex pretreatment challenges for industrial wastewater. DuPontIntegraFlux™Integrapac™in-side-out PVDF pressured UF modules and skids provide exceptional reliability, outstanding membrane separation, extreme productivity, and efficiency on more than 500 industrial wastewater installations worldwide. DuPont米EMCOR®UF is a result of 30 years of innovation in PVDF submerging UF with reduced capital and operational cost. The super compact skids design minimizes footprint for industrial wastewater applications. DuPontinge®out-side-in PES pressured UF offers unique strong multi-bore fiber structure with T-Rack skids designed to maintain competitive total cost of ownership, while managing a reliable and profitable operation in industrial wastewater.

    Total Dissolved Solids (TDS) removal with Reverse Osmosis Brackish Water Elements for Wastewater Treatment

    Filmtec™Fortilife™RO Portfolio在杜邦的可靠绩效和专家支持下,解决了最具挑战性的工业废水和应用。FilmTec™Fortilife™元素可以帮助您降低水成本,实现可持续性目标,最大程度地减少污染问题,并朝着最小的液体排放(MLD)迈进。

    Softening & Dealkalization with Ion Exchange Resins

    DuPont™ AmberLite™ion exchangesoftening resins remove cations associated with hardness (such as Ca and Mg) from industrial wastewater to avoid scale formation caused by precipitation of sparingly soluble salts like calcium carbonate. Ion exchange resins (IER) can also remove bicarbonate alkalinity associated with scaling.

  • 米inimal Liquid Discharge (MLD) +

    Bringing a more cost-effective approach to your wastewater challenges.

    不断发展的废水法规可能会带来苛刻的生产挑战,有时甚至是昂贵的生产挑战。诸如水价上涨和零流动(ZLD)的显着成本等因素会极大地影响您实现生产目标的能力。许多设施正在寻求ZLD的替代方案。它不仅昂贵,而且由于所需的能源和资源,它不一定是最环保的过程。

    DuPont Water Solutions can help address your wastewater regulatory challenges with our最小液体排放(MLD)解决方案。MLD有可能使您的运营成本最小化并最大化水回收率,同时减少运营所需的能量量。借助行业最广泛的净化和分离技术组合,我们可以帮助您实现MLD目标,并使您迈向节省成本,更高恢复和改善的环境管理的道路。

    • FilmTec™ Fortilife™ XC70 Elements: Maximize pure water recovery while reaching brine concentrations >70,000 ppm TDS with reduced shutdowns for cleaning and high permeate quality.
    • FilmTec™ Fortilife™ XC80 Elements: Reduce the volume of the downstream brine treatment process by reaching concentrations >80,000 ppm TDS with reduced shutdowns for cleaning.
    • FilmTec™ Fortilife™ XC120 Elements: Reduce the volume of the downstream brine treatment process by reaching concentrations >120,000 ppm TDS while operating within standard RO equipment limits.

  • Resource Recovery +

    Industrial wastewater’s vast potential as a source of valuable resources, such as recovering salts and other chemical compounds, is evolving as a means to use circular economy to increase sustainability and affordability of water recycle systems. DuPont’s resource recovery approach uses a core set of proven ultrafiltration, reverse osmosis, nanofiltration, and ion exchange-based technologies and processes that enable users to recycle high quality chemical salts from the wastewater stream. Enabled by DuPont’s technologies, China's Coal to Chemical industry recovers high quality sodium chloride and sodium sulfate from its wastewater MLD process and reuse those salts for other industries like chlor-alkali, soda, dying, leather processing, and construction. Salts recovery not only help facilities reduce operational costs, but also their carbon footprint, enabling increased revenue streams through carbon credits and carbon trading programs.

  • Landfill Leachate Treatment +

    Landfill leachate are waters with high organic and inorganic pollutant concentrations leached from landfill through rainwater intrusion. Landfill leachate is extremely toxic to the environment and is one of the major threats to aquifer and surface water health. DuPont Water Solutions offers proven treatment solutions employing ultrafiltration, reverse osmosis, and nanofiltration to treat landfill leachate to meet wastewater discharge standards for over 1000 installations worldwide.

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