Watson-Marlow - US’ Post

EcoClear relies on the precision of Qdos pumps for chemical dosing and the durability of APEX hose pumps for sludge handling. Together, they enable the safe discharge or recycling of blast water, meeting the high demands of hydrodemolition, a vibration-free technique using high-pressure water jetting for concrete removal. With Qdos pumps delivering accurate dosing of coagulants and flocculants, and APEX pumps excelling in sludge management, this innovative solution safeguards the environment and enhances operational efficiency. Learn more about how Watson-Marlow technologies are transforming water and wastewater treatment. 🌍 🔗 Read the full case study here: https://lnkd.in/geUmJ-UA #SustainableSolutions #WaterTreatment #Innovation

ATFD- Boon or Bane in ZLD Wastewater management systems Agitated thin film dryers are considered economical and effective drying systems in ZLD Wastewater management systems, but repeated failures put a question mark on its technical viability. It has been observed that installation of ATFDs in small volume of effluents up to 5 KLD are not working in several projects practically. Theoretically, ATFD is one among the best evaporation systems available in the market, but its failure rate makes a big concern. Any Explanations???

In March-April 2024, an article titled “Improving the efficiency of fluorine-containing wastewater treatment” was published in magazine Water Today, authored by the founders of GlobeCore, Stanislav Mykytenko and Oleg Kryvokhyzha. The article explores the process of wastewater defluorination using the AVS system. It examines the effects of processing duration in a vortex layer and pH levels on the defluorination rate. Additionally, the study identifies the optimal reactant ratios, device capacities, influencing factors, and ideal conditions for industrial implementation. Utilizing vortex layer devices in wastewater defluorination can reduce chemical agent and electricity consumption, minimize production floor space, and enhance wastewater treatment quality. The full article is available below. #wastewater #safety #fluoride #WastewaterTreatment #WastewaterTechnology #VortexTechnology

Water Treatment using a Reverse Osmosis System(RO) with Hydrochloric Acid(HCL) as Antiscalant and Genesys as PH Regulator.

Retrofitting for BNR means holding extra phosphorus in your system. Learn how this 2 MGD plant uses WIMS to monitor the data needed to ensure that excess phosphorus stays in check.

Comparison of the MBR Process with Conventional Activated Sludge: The first difference to note is that the use of membrane filtration allows an MBR process to produce a significantly higher quality effluent than that obtainable from a conventional activated sludge process. Secondly, the mixed liquor suspended solids concentration (MLSS) and the solids retention time (SRT) are limited in a conventional activated sludge process by the need to produce a sludge with good settling characteristics in the secondary clarifier. This is not a requirement for MBR processes, because the final effluent is produced by filtration rather than by sedimentation. Thus, the MLSS and SRT can both be larger for MBR processes than the typical values used for conventional activated sludge. This results in a smaller aeration tank volume needed for an MBR process than that needed for conventional activated sludge treating the same wastewater flow. On the other hand, the need to keep the membranes from getting fouled increases operating costs over typical values for conventional activated sludge. The method that has evolved for cleaning the membranes and keeping them from getting fouled is a fairly high rate of aeration below the membrane module, so that the air bubbles keep the membrane clean. This results in a higher aeration cost than that typically required for conventional activated sludge. #Wastewatertreatment #Wastewater #MBRTechnology #Conventionalactivatedsludge #WaterIndustry #UKWaterIndustry #Waterreuse #Watertreatment #Waterforeveryone #Water

I was looking at this photo from an installation by one of our Romanian colleagues. Seems strange why anybody wouldn't choose Grundfos LC231 as their default wastewater pumping pit control? https://lnkd.in/geRJdmFf The pump control boxes for level control, monitoring and protection of Grundfos pumping systems - one pump (up to 9.6A) or two pumps (up to 7.6A each) starting direct-on-line. The control boxes are used in many types of empty or filling applications. #grundfosandfriends #wastewater

Wastewater Case Study - High COD/BOD Loading Lagoon Project Details A 40-million-gallon lagoon contained high COD and BOD loading, leading to anoxic conditions and the formation of sulfide. These sulfide odors required treatment to address continuing community complaints. Utilizing strategically placed circulation pumps totaling 1,800 gpm, the AOTech process was applied to rapidly destroy the sulfide in the lagoon. Sulfide concentrations prior to treatment were 20 mg/L, and 0 mg/L following treatment. Following the initial treatment, a smaller dose was implemented to maintain the 0 mg/L sulfide concentration. https://lnkd.in/gWpdT8Vm #Wastewater #Water #Remediation #Utilities #Industrial

Watch how easily Park Process dewatering systems turn sludge into sparkling clear effluent! This recent project for a Wastewater Treatment Plant uses two 30-yard SludgeKing™ dewatering containers to separate residual sludge from its membrane bioreactor (MBR) treatment process. Here's how it works: First, the sludge is injected with diluated polymer and mixed in our VortaFlo™ static mixer, which creates large flocculated curds for easy dewatering. Then, the flocculated water is pumped into the SludgeKing™ dewatering container. The permanently-mounted filter media allows water to pass through while capturing the flocs and other solids. The trapped solids accumulate and form a layer or cake and clear water exits through the discharge ports. Learn more about the SludgeKing™ and other Park Process dewatering technologies: https://hubs.ly/Q02Lzs9m0 #dewatering #processwater #WWTP