Wastewater Treatment News

  1. Water Reuse In Agriculture Market Projected To Hit USD 10.8 Billion By 2033 7/21/2026

    According to Growth Market Reports, the global water reuse in agriculture market size reached USD 4.8 billion in 2024, reflecting a robust demand for sustainable water management solutions in the agricultural sector. The market is projected to grow at a CAGR of 9.2% from 2025 to 2033, reaching a forecasted value of USD 10.8 billion by 2033.

  2. Center Enamel: A Professional One-Stop Wastewater Treatment Solution Provider With GFS Tanks 7/21/2026

    Global biogas policy has evolved from a purely waste treatment orientation to a core component of energy strategy and climate action.

  3. Water-Cleaning Insects, Smart Sewage Batteries And Chemical-Busting Bubbles Among Finalists Of £7.5M Water Discovery Challenge 7/20/2026

    Twenty projects have been named finalists of the Water Innovation Fund’s second Water Discovery Challenge, which aims to accelerate the development and adoption of innovations to support the water sector’s greatest challenges.

  4. WABAG Secures 'Large' Order Inflow From BWSSB For Two Energy-Efficient Wastewater Treatment Facilities 7/20/2026

    VA TECH WABAG (‘WABAG’), a leading Pure-Play Multinational Water Technology Group, secured from the Bangalore Water Supply and Sewerage Board (‘BWSSB’), awards towards Design, Build, Operate (‘DBO’) of a 100 MLD and 60 MLD Sewage Treatment Plant (‘STP’) at Byramangala and Bellandur respectively, along with a 25 MLD Tertiary Treatment Plant (‘TTP’) at Byramangala.

  5. Southland JV Awarded The Winnipeg North End Treatment Plant Upgrade - Biosolids Facilities Progressive Design - Build Project 7/17/2026

    Southland Holdings, Inc. (“Southland”) announced today that Red River Biosolids Partners, a joint venture comprised of Aecon, MWH Constructors, and Oscar Renda Contracting of Canada, a Southland subsidiary, in which each partner holds a 33.3% interest, has completed the collaborative development phase and has been awarded an approximately $815M CAD contract by the City of Winnipeg for the North End Water Pollution Control Centre (“NEWPCC”) Sewage Treatment Plant Upgrade – Biosolids Facilities progressive design-build project in Manitoba.

  6. Kier Secures More Than £51M Of Severn Trent AMP8 Wastewater Upgrades 7/17/2026

    Kier has been appointed to deliver improvement works at three wastewater treatment works in Droitwich, Warton and Worksop as part of Severn Trent’s AMP8 investment programme.

  7. Aecon Consortium Awarded Contract For The Winnipeg North End Sewage Treatment Plant Upgrade – Biosolids Facilities Progressive Design-Build Project 7/17/2026

    Aecon Group Inc. ("Aecon") announced today that Red River Biosolids Partners, an Aecon-led consortium with MWH Constructors and Oscar Renda Contracting, in which each partner holds a 33.3% interest, has completed the collaborative development phase and has been awarded an $815M contract by the City of Winnipeg for the North End Water Pollution Control Centre (“NEWPCC”) Sewage Treatment Plant Upgrade – Biosolids Facilities progressive design-build project in Manitoba.

  8. SUSU Scientists Have Proposed A Flow Reactor For Purifying Water From Textile Dyes 7/16/2026

    Oleg Bolshakov, Elena Korina, and Vladislav Fadeev, staff members of the Nanotechnology Research Center at SUSU, together with colleagues from Serbia, developed and tested a flow-through electrochemical reactor for purifying water from Reactive Black 5, a dye used in fabric dyeing.

  9. The Alchemy Of Wastewater: Turning Harmful Pollutants Into One Of The World's Most Important Chemicals 7/16/2026

    Most mornings, if he’s not already in the lab, Navid Noor goes for a run.

  10. Engineered Biochar Could Turn Biomass Waste Into Safer, More Effective Tools For Cleaning Wastewater 7/15/2026

    Biochar, a carbon-rich material produced from agricultural residues, forestry waste, manure, sludge, and other biomass, has attracted growing interest as an affordable material for water purification. Its porous structure and chemically active surface can capture contaminants, while its production can transform discarded biomass into a useful environmental resource.