Five 5️⃣Steps to a Wastewater Treatment Plant Construction👷 #1 – Initial Research🧐📕 Before starting a wastewater treatment plant project, research available funds, plan for future capacity needs, consider power sources like solar panels or boilers, and assess road access for waste hauling. Evaluate land availability for the plant, considering buying versus leasing options. #2 – Project Planning🧠 When discussing budgets, meet with shareholders, government agencies, and owners. Assess community affordability for extra taxes. Decide on wastewater types and hiring specialized engineers. Create checklists for permitting and construction phases with the construction company. #3 – Permits👩💻 Before construction begins, permits are required from the town/city and the EPA, including a Pollution Abatement Facility Operator License for sewage discharge limits. Wastewater treatment plants must be classified based on flow rate. #4 – Construction🏗️ When building a wastewater treatment plant, tasks include constructing the plant, roads, utilities, and additional buildings. Engineers and construction managers ensure the project stays on schedule to avoid budget overruns from delays. #5 – Testing Operations🧪 After the wastewater treatment plant is built, tests are required to confirm proper operation before full capacity. Continuous monitoring of pumps, leak checks, and water quality testing ensure compliance. Computerized systems facilitate efficient management.#wastewater #wastewatermethods #construction #artificialintelligence #aibuildersgroup #aibuilderstx
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Five 5️⃣Steps to a Wastewater Treatment Plant Construction👷 #1 – Initial Research🧐📕 Before starting a wastewater treatment plant project, research available funds, plan for future capacity needs, consider power sources like solar panels or boilers, and assess road access for waste hauling. Evaluate land availability for the plant, considering buying versus leasing options. #2 – Project Planning🧠 When discussing budgets, meet with shareholders, government agencies, and owners. Assess community affordability for extra taxes. Decide on wastewater types and hiring specialized engineers. Create checklists for permitting and construction phases with the construction company. #3 – Permits👩💻 Before construction begins, permits are required from the town/city and the EPA, including a Pollution Abatement Facility Operator License for sewage discharge limits. Wastewater treatment plants must be classified based on flow rate. #4 – Construction🏗️ When building a wastewater treatment plant, tasks include constructing the plant, roads, utilities, and additional buildings. Engineers and construction managers ensure the project stays on schedule to avoid budget overruns from delays. #5 – Testing Operations🧪 After the wastewater treatment plant is built, tests are required to confirm proper operation before full capacity. Continuous monitoring of pumps, leak checks, and water quality testing ensure compliance. Computerized systems facilitate efficient management.#wastewater #wastewatermethods #construction #artificialintelligence #aibuildersgroup #aibuilderstx
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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
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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
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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
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Honolulu is set for a major $174 million upgrade to Hawaii’s largest wastewater treatment plant. The project, aiming to enhance capacity and efficiency, will focus on the in-vessel bioconversion facilities at the Sand Island Wastewater Treatment Plant. The design-build contractor Synagro-WWT, headquartered in Baltimore, will spearhead the execution, while construction will be managed by Hensel Phelps from Greeley, Colorado. Honolulu’s Yogi Kwong Engineers will play a crucial role as the construction manager for this significant initiative. In May, concerns were raised as the Sand Island Plant's treated water exceeded allowable bacteria levels, leading to warnings for the public to avoid the ocean. Aging and ill-maintained wastewater treatment plants across Hawaii prompted a recent EPA crackdown as reported by Honolulu Civil Beat. The project focuses on enhancing the Sand Island Plant's bioconversion capabilities to meet current and future wastewater treatment demands effectively. This includes installing new anaerobic digesters, sludge storage tanks, a digester control building, and a new tunnel and basement. Upgrades also involve various infrastructure improvements, such as relocating the effluent water reuse pump station, providing power to maintenance and lab buildings, and constructing new underground utilities. Additional enhancements comprise a new boiler system, hot water pumps, modifications to existing digesters and piping, and the installation of flares, a propane gas tank, and new chemical dosing systems. The agency emphasized that these upgrades are crucial investments in Honolulu's wastewater infrastructure, enabling the plant to manage increased waste volumes and contribute to a cleaner environment for residents. Scheduled for completion by October 2028, this project underscores the commitment to improve Honolulu's wastewater treatment capabilities. #Construction #Honolulu #WastewaterTreatment #InfrastructureUpgrade
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I must admit, as a water and wastewater engineer, that I had no idea that “pipe management” was so interesting. Trillions of dollars of pipelines crisscross the United States, delivering water, wastewater, fuels, and other chemicals to and fro, so that we may live our lives. How the heck does one “manage pipe”?? It just sits in the ground, right?? After 5 years worth of research and development efforts, exploring new technologies and techniques to manage our drinking water mains, I am still amazed to be learning new aspects of pipeline systems almost every day. The stuff doesn’t just “sit there.” Instead, it is alive, it moves, it breathes and changes just like a tree in a forest, every day heating and cooling with the rising and setting of the sun, and every year with the passing of the seasons. Take a look at an old building, see the cracks and decay. Now imagine that underground, impossible to visually inspect, but decaying just the same. How do we examine the pipe, like a doctor, assessing the remaining strength, and renewing the weak joints and pipe segments, so that civilization gets our water, can send us their wastes, and gets the fuels they need to survive? Neat stuff!! Graham Bell, Anna Pridmore, PhD, PE, DBIA, Paul Acosta, Jesi Lay, P.E., Jerrod Wade, Olivia Olsztyn-Budry, PE, Susan Donnally, Kent Weisenberg, Mike Higgins, Martin C., Craig Daly
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As water engineers we know how challenging it can be working on projects using different units - constantly changing between imperial to metric or metric to imperial. Our free water unit converter tool was developed to save you time by allowing you to quickly create a wide range of water and wastewater related conversions specific to your treatment project needs. By creating a hub for water and wastewater unit conversion you can increase the efficiency of your engineering work – water & wastewater projects, treatment designs, unit conversions, and water engineering calculations. Check it out here: https://lnkd.in/gXJk4YbF #wastewater #water #engineering #generativedesign #GenExplore
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Did you know that it takes the work of an engineer to provide clean water to communities? Our water and wastewater engineers work hard to keep your water clean, and much more too! Learn more about water and wastewater engineering from some of our engineers. #RealPeople #RealSolutions #EWeek2024 #WaterEngineering #WastewaterEngineering
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🕳🌊 Strengthening Sewers: Southern Water Awards £540 Million Contracts for AMP8 🕳🌊 Southern Water is ramping up preparations for the upcoming AMP8 period by awarding four major contracts, worth a total of £540 million, to three leading companies. These partnerships aim to enhance the performance of its wastewater network and drive improvements in environmental standards and customer service. 🤝 Lanes Group ✔️ Responsible for maintenance and manhole workstreams. Cappagh Browne ✔️ Tasked with delivering sewer rehabilitation projects. McALLISTER ✔️ In charge of sewer sealing operations. Alex Saunders, Head of Wastewater Networks at Southern Water, expressed confidence in the partnerships, stating that these companies are "industry leaders" and will help the utility meet both customer expectations and its environmental goals for the future. 🗣 🔹 The contracts cover the entire AMP8 period (April 2025 to 2030). 🔹 There is potential for contract extensions beyond 2030. 🔹 The total value of the contracts is £540 million. 🔹 The contractors will be delivering essential sewer services, including emergency response, rehabilitation, and environmental performance improvement. 🔹 This follows Southern Water’s earlier contract awards for AMP8 under the Capital Delivery supply chain. Southern Water’s £540 million investment in its wastewater network through AMP8 contracts highlights its commitment to delivering top-tier service and environmental improvements. With three expert companies on board, Southern Water is well-positioned to meet the challenges of the next five years. 👍 #waterindustry #wastewater #sewer #engineering #amp8 #meicahub #grs
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𝐀𝐮𝐬𝐭𝐢𝐧, 𝐓𝐞𝐱𝐚𝐬, 𝐠𝐫𝐞𝐞𝐧𝐥𝐢𝐠𝐡𝐭𝐬 $𝟏𝐁 𝐢𝐧 𝐰𝐚𝐬𝐭𝐞𝐰𝐚𝐭𝐞𝐫 𝐮𝐩𝐝𝐚𝐭𝐞𝐬 💧 Construction is expected to start in 2025 on an aging water treatment facility expansion. On May 30th, the Austin City Council approved contracts to revamp the 47-year-old wastewater plant, ensuring operational and environmental improvements. Key contracts include $900 million with MWH and an additional $71 million to an existing contract with AECOM totaling $131 million. The Austin City Council also approved over $150 million in new funding for wastewater plant upgrades. Contracts include $2.85 million for CDM Smith, $9 million for Carollo Engineers, $127.3 million for MGC, and $17 million for Black & Veatch. According to the release, the expansion will add a treatment capacity of 25 million gallons per day to serve the area’s growing population. #Wastewater #Construction #Texas
Austin, Texas, greenlights $1B in wastewater updates
constructiondive.com
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