Wipro Water’s Post

The Commission's proposal for the revision of the #Detergents Regulation lacks ambition and ignores the great strides made in technical progress in the almost 20 years since the original Regulation. The new Regulation should respond to the EU’s #ZeroPollution ambition by strengthening the #biodegradability requirements for all ingredients, including surfactants, avoiding the risk of microplastics generation, ensuring the safe use of micro-organisms and reducing the release of phosphorous into the sewer network while strengthening phosphorous recycling. Higher ambitions will not only protect the #environment, but also help wastewater operators to recycle sewage sludge and treated #wastewater. If this Regulation truly wants to be future-proof, it should lift the overall ambition levels to at least those already set out in the Ecolabel criteria that have proved feasible and successful in the market. Read more here: https://lnkd.in/e7kCcdgi

As the industry strives to reduce its environmental impact, wastewater treatment has become even more imperative. Read the full article: Wastewater Treatment for Pulp and Paper ▸ https://lttr.ai/AKlIw #wastewatertreatment #AdvancedWastewaterTreatment #WastewaterTreatment #AerationSystem #StateOfTheArtProductionFacilities #AerobicTreatment #PaperIndustry

Not all wastewater is waste. Resource recovery is an important topic across the world. With dwindling water supplies and limited resources, cutting-edge facilities are advancing their water systems to make the most of our water supply through valorization. Industrial wastewater may contain valuable resources such as lithium, nitrogen, and phosphorus, that can be recovered and reused. Specific pretreatment processes like sedimentation, filtration, and chemical precipitation, will separate and recover these valuable substances. Water can also be recovered and reused by facilities. When facilities install the correct technology, industries can reduce their dependency on resources, minimize waste generation, and achieve greater sustainability. Read out industrial pretreatment blog - https://lnkd.in/g2MqtHnr #icsgroup #industrialpretreatment #industrialpretreatmentprogram #resourcerecovery #lithiumrecovery #nitrogenrecovery #phosphorousrecovery #minimizewastegeneration #sustainability

HiPOx HIGHLIGHTS – Many of you already know about HiPOx’s ability to destroy and mineralize 1,4-Dioxane and other challenging emerging contaminants of concern without creating residual waste thanks to its patented, high-performance advanced oxidation process. However, sometimes we forget some of its additional unique features like its ability to practically zero out bromate formation and eliminate the need for pre-treatment. Whether it’s a municipal drinking water, industrial wastewater, or environmental remediation application, HiPOx continues to be the most effective, affordable treatment solution. Don’t believe us? Check out our HiPOx case studies from the field and stay tuned for more HiPOx highlights in upcoming LinkedIn posts! https://lnkd.in/dTxkq7Jt #water #waterindustry #waterchallenges #watersector #waterquality #groundwater #drinkingwater #processwater #watermanagement #watertreatment #wastewater #wastewatertreatment #watersystems #environmentalremediation #remediation #emergingcontaminant #dioxane #PFAS #foreverchemical #nitrate #chemicaloxidation #sustainability #environmentalcompliance #potablewater #waterreuse

80% of wastewater flows back to the environment without being treated or reused. That’s why investing in circular water not only saves your business water and money, it also means you make a positive impact on the environment. Read more about the opportunities to exploit wastewater as a resource in this UN report. ⬇️ https://lnkd.in/e_cMizjv #circularwater #wastewater #resource #UN

In our latest article, Naomi Senehi discusses the potential of Supercritical Water Oxidation (SCWO) for effectively addressing PFAS contamination in wastewater treatment systems. The article provides a comprehensive analysis of how SCWO compares and possibly integrates with current PFAS treatment methods. It emphasizes the technology's ability to transform harmful pollutants into benign products minerals and energy, highlighting its relevance for waste management. Link to the full article in the first comment Contributed to the article, Sudhakar Viswanathan, Doron Gez and EJ Mildwurf #SCWO #PFAS #wastemanagement #wastewater #sustainablefuture

𝗘𝘅𝗽𝗹𝗼𝗿𝗶𝗻𝗴 𝘁𝗵𝗲 𝗪𝗮𝘁𝗲𝗿 𝗜𝗻𝗱𝘂𝘀𝘁𝗿𝘆: 𝗣𝗮𝗿𝘁 𝟯 Dive into the world of wastewater treatment and explore the technologies revolutionizing how we treat our used water. From the efficiency of batch reactors to the sustainability of green solutions, we explore the most effective methods for purifying and reusing water today. Explore: https://lnkd.in/gV6uTKqU #WWTP #STP #AriescorWater #BringingWaterEverywhere

What is your wastewater plant doing? $100K in chemicals (how's that going for ya?) - or... HydroFLOW (WEF Award Winner) It's easier, environmentally friendly, durable, and Low Cost! - for consistently better results - jeez! #wastewatertreatment #wastewatermanagement #wastewatersolutions #Struvite #screwpress #dewatering

Is your wastewater treatment wasting energy? With the increasing adoption of wastewater recycling and the expanding use of ZLD in industrial treatment processes, the integration of energy-efficient RO for pre-concentration can dramatically lower both financial and environmental costs. Check out our latest article in GWI to learn more https://bit.ly/47jYlvn #WaterManagement #WastewaterRecyclingandReuse #ZLD #ReverseOsmosis #WastewaterTreatment

DID YOU KNOW?... In December 2023, the California State Water Resources Control Board approved regulations for converting wastewater to high quality drinking water marking the most advanced standards in the nation. Earlier in the year, the State Water Board released their “Alternative Treatment Technology Report for Recycled Water” outlining APT’s HiPOx advanced AOP technology as the only currently approved ozone-based water treatment solution meeting the most advanced criteria in Title 22. This was based on successful HiPOx pilot studies conducted in California which achieved greater than 5-log reduction in seeded MS2 coliphage under defined minimum contact time conditions. Not only did HiPOx prove treatment effectiveness at various average flow rates, but it also did so with lower operating costs than alternative solutions. Read the report at https://lnkd.in/d7_kka2g And if you have a DPR need and would like to avoid any upfront investment, be sure to tell us more at https://lnkd.in/dxvC5yfr. #water #waterindustry #waterchallenges #watersector #waterquality #drinkingwater #processwater #watermanagement #watertreatment #wastewater #wastewatertreatment #watersystems #environmentalremediation #remediation #emergingcontaminant #dioxane #PFAS #foreverchemical #nitrate #chemicaloxidation #sustainability #environmentalcompliance #potablewater #waterreuse