WaterIQ Technologies’ Post

Whether it be through #waterscarcity or local regulations, there has been a decrease of water quality. This requires additional pre-treatment solutions to meet your needs for process and utility water solutions, and to keep your equipment working at peak performance, proactive reaction is required. Avista Technologies, Inc., a global brand of #Kurita, offers a variety of sustainable #membrane treatment solutions that can enhance operational efficiency, reduce costs, and ensure #environmental responsibility. Learn how antiscalants, cleaners, and coagulants can help reduce waste >>> https://ow.ly/g8nr50SOiz4 #KuritaWay #Watertreatment #pretreatment #WaterSolutions #WaterTech #MembraneTechnology #ReverseOsmosis #RO #CSR #CSV

When foul odors at your wastewater treatment plant get so bad that neighbors and staff complain, you need a solution right away. Many common solutions fail to solve the root cause of the problem and only mask the symptoms. This is what Stavnsholt Wastewater Treatment Plant (WWTP) in Denmark experienced with its primary settling tank. In addition to eliminating odor problems, Moleaer's nanobubble technology also increased methane production, reduced ferric chloride usage, and increased sludge dry matter. Learn how by downloading the full case study here: https://lnkd.in/gRX5kD86 Please follow Moleaer Inc. to learn more about #nanobubbletechnology and #wastewater. #nanobubbles #energyefficiency Moleaer España Moleaer Latinoamérica TECHRAS Nano

Moving Bed Biofilm Reactor (#MBBR) technology is a highly efficient approach to #wastewater treatment that harnesses the power of beneficial bacteria. This innovative system utilises continuously circulating biofilm carriers, which provide a massive surface area for bacteria to grow and form #biofilms. These biofilms, consisting of diverse microbial communities, play a crucial role in breaking down organic matter and removing #contaminants from the wastewater. Learn more: https://lnkd.in/eVvrPxXv

🔎 What is the bioFAS™ MBBR? 🔍 bioprocessH2O’s bioFAS™ Moving Bed Biofilm Reactor (MBBR) Systems are commonly applied to industrial applications for the pretreatment of organic bearing wastewater streams. The bioFAS™ MBBR systems are modular and can also effectively integrate with existing industrial and municipal treatment systems to provide for additional BOD removal or nutrient removal including nitrification and denitrification. The bioFAS™ MBBR systems are high rate, compact biofilm systems that are resilient to toxic shock and very easy to operate and maintain. The MBBR systems are loaded with biofilm carriers that have a high surface-to-volume ratio, allowing microorganisms to thrive within the internally protected areas of the media. The biomass continuously sloughs from the media and is discharged out of the MBBR along with treated wastewater. bioFAS™ MBBR Advantages: - Ease of operation and maintenance - Low power consumption - Ideal for high loads - Large active surface area - Resilient to toxic shock - Responds to load fluctuations - Compact treatment system footprint - Modular designs for ease of future expansion - bioprocessH2O’s variety of unique media available to market Ready to revolutionize your wastewater treatment? Let's connect and explore the possibilities with our bioFAS™ MBBR technology! 🌿💧 #MBBR #biofilm #wastewatertreatment #wastewater #industrial #municipal #advancedwastewater #biological

🏭 In France, a plant specialising in hazardous waste required an effective system for handling different types of sludge. AMCON's VOLUTE DUO™ was chosen for its exceptional flexibility and energy efficiency. 🔧 The VOLUTE DUO™ RVP-241 model proved its exceptional versatility by successfully dewatering four different sludge streams: biological sludge, paint sludge and a mixture of biological sludge and DAF sludge with paint. This ability to process a wide range of materials underlines the machine's adaptability and efficiency in managing complex sludge dewatering scenarios. The #VoluteDUO demonstrated its effectiveness on a range of sludges by consistently achieving solids capture rates in excess of 95% and attaining cake solids content between 23% and an impressive 36%. For more details on its capabilities and performance, click below to get more information. 📞 Do you have a similar scenario with different wastewater challenges? Contact us for a pilot test and let your plant experience the efficiency and versatility of AMCON's technology. #AMCONEurope #SludgeDewatering

Ferric chloride usage dropped by 84%! The Stavnsholt WWTP was battling persistent odor issues despite using ferric chloride. They partnered with TECHRAS Nano and implemented Moleaer Inc.'s nanobubble technology in November 2022. The results are impressive: * Significant odor reduction * Cost savings: ⚡ Reduced energy & chemical usage * Process intensification: Increased primary solids removal & biogas production Read this success story and how nanobubble technology is a game changer for wastewater treatment on Treatment Plant Operator - TPOMag.com - Wastewater treatment news, technical articles & products.: https://lnkd.in/gx8syBmx #wastewater #wastewatertreatment #nanobubbles #moleaer #processintensification

Help solve common wastewater problems with nanobubbles. Did you know that Moleaer’s nanobubble technology is helping municipal and industrial wastewater treatment plants increase treatment efficiency and capacity with lower energy and chemical footprint? Check out our brand new wastewater industry page to learn more: https://lnkd.in/gygtKfc9 Follow Moleaer Inc. to learn more about #nanobubbletechnology and #wastewatertreatment #nanobubbles #watertreatment

BOCs provide a rapid degrading of biofilms (slime layers) and grease build- up (FOGs) within pump stations and collection system pipelines. The cleaning of collection system pipelines, as well as increasing the levels of dissolved oxygen in the sewage, will eliminate the formation of H2S gases. Learn more about wastewater treatment and collection systems: https://lnkd.in/g4cx4aR #biocatalyst #sewage #odorcontrol #wastewater #biofilm

🌍 New Publication from Kerry McPhedran, the Team Leader in Cyclic Water! 💧 We are thrilled to announce the publication of our latest research in advanced wastewater treatment. This study demonstrates that the Fe(III)/WS2/peroxymonosulfate (PMS) system can achieve an impressive 97% removal rate of cyclohexanecarboxylic acid (CHA) within a short time. This breakthrough has significant implications for the treatment of naphthenic acids (NAs) prevalent in petroleum industrial wastewater. Furthermore, our system demonstrated excellent catalytic performance, reusability, and anti-interference capacity, achieving efficient degradation of commercial NAs mixtures. This advancement paves the way for simple and economical engineering applications in wastewater treatment. Read more here: https://lnkd.in/dHzuY7Kn #CyclicWater #WastewaterTreatment #EnvironmentalSustainability #InnovativeResearch #CircularEconomy

Still using fresh water? Don’t let the complexities of produced water hold you back. High Total Dissolved Solids (TDS) and contaminants can lead to problems, but PureChem has you covered. PFR-Z is a specifically designed emulsion-based solution, engineered to handle even the toughest produced waters and doesn't compromise frac efficiency. It's a game-changer for the industry! #WaterManagement #OilandGas #Innovation #Frac #Chemistry #Zwitterionic #Amphoteric #Watershortage