RMCI’s Post

At the inlet of the sewage treatment plant the #wastewater is first collected in a tank and then transported for mechanical preliminary purification via two screw pumping stations. The wastewater flows through a screen and grit chamber in an open, partially filled channel (gravity pipeline) before going on to preliminary clarification. This channel is designed for a maximum flow height of 400 mm. #waterindustry #watermanagement #waterandwastewater #flowmeter #wastewatertreatment #wastewatertreatmentplant #watermonitoring #processinstrumentation

Maintaining the quality and efficiency of water and wastewater systems is an essential facet of ensuring that water sources remain clean and clear in the years to come. That’s why ISS offers industrial equipment design and engineering services targeting this integral part of our national infrastructure.  Our broad range of services includes: ● A comprehensive approach to water clarification systems for municipal and industrial water applications ● Design and manufacturing of chemical feed pump skid systems ● End-to-end wastewater treatment facility design, construction, maintenance, repair and overhaul services supporting everything from headworks pump stations to utility recycle systems Explore more of our comprehensive water and wastewater services: https://hubs.ly/Q02v3fB_0  #WaterIndustry #WaterWastewater #WaterTreament #Wastewater #WastewaterTreatment #IndustrialSolutions #IndustrialServices #IndustrialServiceSolutions #InvestInWater

Maintaining the quality and efficiency of water and wastewater systems is an essential facet of ensuring that water sources remain clean and clear in the years to come. That’s why ISS offers industrial equipment design and engineering services targeting this integral part of our national infrastructure.  Our broad range of services includes: ● A comprehensive approach to water clarification systems for municipal and industrial water applications ● Design and manufacturing of chemical feed pump skid systems ● End-to-end wastewater treatment facility design, construction, maintenance, repair and overhaul services supporting everything from headworks pump stations to utility recycle systems Explore more of our comprehensive water and wastewater services: https://hubs.ly/Q02v3l310  #WaterIndustry #WaterWastewater #WaterTreament #Wastewater #WastewaterTreatment #IndustrialSolutions #IndustrialServices #IndustrialServiceSolutions #InvestInWater

Another tough application where ENECON's solutions shine! A municipal wastewater treatment plant in South Florida reached out when one of their crucial pumps started having issues. These heavy-duty pumps are subjected to incredibly harsh conditions, handling sewage, grease, sand, rocks and more around the clock according to the plant engineers. Such an abrasive, corrosive environment takes a major toll, severely damaging the pump impellers over time. ENECON solutions deliver unbeatable asset protection, even in the most demanding municipal wastewater environments. Let us help extend your equipment life! Repair - Don't Replace! #WastewaterPumps #AbrasionResistance #CorrosionProtection #AssetReliability #MunicipalInfrastructure #ToughCoatings Read more here: https://bit.ly/4co8gDe

Maintaining the quality and efficiency of water and wastewater systems is an essential facet of ensuring that water sources remain clean and clear in the years to come. That’s why ISS offers industrial equipment design and engineering services targeting this integral part of our national infrastructure.  Our broad range of services includes: ● A comprehensive approach to water clarification systems for municipal and industrial water applications ● Design and manufacturing of chemical feed pump skid systems ● End-to-end wastewater treatment facility design, construction, maintenance, repair and overhaul services supporting everything from headworks pump stations to utility recycle systems Explore more of our comprehensive water and wastewater services: https://hubs.ly/Q02v3fTK0  #WaterIndustry #WaterWastewater #WaterTreament #Wastewater #WastewaterTreatment #IndustrialSolutions #IndustrialServices #IndustrialServiceSolutions #InvestInWater

What Is Required to Service A Septic System? A septic system is an on-site system used to remove solid and liquid waste from a home that does not have access to a public sewer system. Owners of septic systems have the responsibility of maintaining the septic system since they have the potential to contaminate the groundwater. Read on to learn the requirements for maintaining a septic system. First, have the system inspected once a year. This inspection includes examining the pipes leading from the home to the storage tank. It also includes an examination of the pumps that move the liquid wastewater out to the drain field and ensures both are working properly. Next, have the storage tank emptied every two years of the solid wastes that are collected there. With minimal maintenance, the septic system should last for years. Looking to have a septic system installed in the New Hope area? Look no further and call us today! #SepticInstallation

In our last update, we highlighted the challenges posed by the build-up of total dissolved solids in the steam boilers at Riverside Sewage Treatment Works in Rainham, Essex. Now, we're shedding light on our solution: the introduction of a reverse osmosis (RO) plant. This advanced RO system, supplied by Lubron UK, was key to eliminating water impurities. Its installation significantly reduced the frequency with which the boilers had to discharge water, boosting energy efficiency. A vital part of our mission was ensuring minimal disruption during this process. And we did just that, wrapping up our tasks with only half a day's pause to the boiler operations. But we didn’t stop at just that. During our work, we noticed that the site's water softener was underperforming. So, we acted swiftly to rectify it, ensuring the entire water system worked at its best. Curious to know how our work benefitted the plant? Keep an eye out for our next post where we'll reveal all! #ReverseOsmosis #ThermalHydrolysis #Engineering #Sewage

Some of our technical team have been out and about on client construction sites these past few weeks testing water quality above and below our silt treatment points. At this site they are using our mobile water treatment unit (called a Pipe Reactor) and Silt Capture Channels to separate #silt and other #sediment from water before it is discharged from site, often into nearby watercourses. Nicholas and Gavin visited this site to show the construction team how to monitor and maintain their systems as part of an effective surface water management plan. Having an effective plan in place is a must for every site as it limits the risk of accidentally polluting local watercourses, particularly when sites are faced with heavy rain. 💦 To read some of their tips shared on site and to help explain the importance of monitoring water quality during construction, read our article in full here: https://lnkd.in/ethhSys3 To learn more about some of our solutions outlined above: ➡️ Pipe Reactor https://lnkd.in/eHYCjW-j ➡️ Silt Capture Channels https://lnkd.in/enqCmbWd #waterquality #monitoring #construction #environmentalprotection

RSG is a powerful source of knowledge and skill for plant operators…

In my time in the industry, I've encountered some "interesting" strategies for monitoring wastewater flows – from monitoring at the base of drop structures to dealing with pipes choked with silt. However, one of the most prevalent issues is the inclination to monitor large trunk sewers instead of collector lines, often driven by a desire to reduce upfront costs. Typically, hydraulic modelers and consulting firms opt for the seemingly cost-effective route of installing flow monitors on large trunk sewers. This approach, while saving on equipment, relies on subtracting data from monitors upstream and downstream on the same line to estimate flows from contributing subdivisions. So what's the catch? Monitoring large trunks with a heavy reliance on subtracting flows can lead to errors that add up. It can even eventually result in what's sometimes referred to as a "flow imbalance." I've encountered this question many times: "Why do the upstream flow monitors show more flow than the downstream one? That doesn't make sense." The answer lies in the errors that accumulate when subtracting flows between monitored sites, particularly when the net flow (from the collectors) is a small percentage of the total flow (of the trunk). So, if your goal is RDII reduction, what's the solution? Monitor collector lines coming from subdivisions. Focus on smaller catchment areas, perhaps spanning 3 to 5 km of pipe. While this may involve higher upfront equipment costs due to an increased number of monitoring locations, the result will be significantly more accurate measurements (pending other hydraulic conditions). Better data paves the way for smarter decisions, ultimately saving money. #WastewaterMonitoring #FlowMonitoring #HydraulicModeling #SmartInfrastructure #RDII #DataAccuracy #SmarterDecisions #InfrastructureOptimization #Wastewater #InflowandInfiltration