Stringent Datalytics - Energy & Power的动态

Fracking Water Treatment Systems Market Growth And Forecast To 2022-2030 For More Information, Request Sample- https://lnkd.in/dFt9s2j9 In many states the frack water is injected into regulated deep wells – usually old drained gas or oil wells. The only water treatment usually necessary is filtration. This can be as simple as “sock” filters or as extensive as clarifiers depending on the solids loading. The factors driving growth of the Fracking Water Treatment Market includes growing demand for natural gas around the world, strict regulations imposed by Governments regarding treatment of wastewater, redevelopment of oil fields and increasing focus on exploring highly ineradicable shale reservoirs. Moreover, rise in the number of drilling activities across the globe, growing adoption of advanced technologies by manufacturers, increasing awareness about groundwater contamination, improvements in the living standards and rapid urbanization, are some of the additional factors supplementing the market growth. In addition, the increasing investments by major corporations on research and development, strategic partnerships, and collaborations between key industry players, rise in the launch of innovative products and growing population growth rates, are further contributing towards the market growth. By Market Players: ·??????Baker Hughes ·??????Calfrac Well ·??????Fts International ·??????Halliburton ·??????Nabors Industries ·??????Patterson-Uti Energy ·??????RPC ·??????Schlumberger Limited ·??????Tacrom Services ·??????Trican Well Service ·??????United Oilfield Services ·??????Superior Well Services

Our innovative E&P-hosted roundtables are another great reason to join the exceptional #producedwater people attending the 4th Annual Oilfield Water Conference (May 8-9, Irving Convention Center). Attendees get to pick 3 of these E&Ps' tables (more coming soon...) to engage in 15-minute conversations on key topics picked by the E&P reps themselves. Talk about a productive hour! See session details, the reps hosting, and the individual topics here: https://lnkd.in/gc8BTngr #saltwaterdisposal #water #energy #oott #oilandgas #oil #permianbasin #haynesville #appalachia #naturalgas #oilfieldwater #watermidstream #oilfield #oil #recycling #beneficialreuse #chemistry #watermanagement #wastewater #watertreatment ?#inducedseismicity?#oilandgasindustry?#treatment?#injection??#waterchemistry?#waterinfrastructure?#waterrecycling?#desalination?#permian?#shale?#tightoil?#explorationandproduction?#moneyinwater?#waterinenergy

Check out this sneak peak of the February 2024 issue of The American Oil & Gas Reporter (AOGR), which features Ndustrial's Kevin Overton discussing energy cost reduction strategies at #ProducedWater sites. “When our software notices a sharp increase in the price of energy, or when a demand response call comes in, we can send a text or email to a vice president of operations, production manager, or other person with the knowledge to decide how the company should respond,” Overton says. “For example, at an SWD site, the manager may look at the tank levels to see whether it makes sense to stop pumping. If the water tanks are low and only one or two pumps are active, there may be an opportunity to shift injection to a lower-cost time of day. But if the tanks are almost full and there is any risk of them overflowing, pumping will continue.” In addition to reducing unnecessary energy use during high-cost times, Overton says Ndustrial’s platform can help companies optimize energy efficiency. “On an SWD site, we want to minimize the amount of energy for every barrel of water injected. We look at analytics from the pump and variable frequency drive to find the sweet spot where the pump’s head pressure is high enough to inject at an appropriate rate but the VFD is using energy efficiently,” he illustrates. Learn more: https://lnkd.in/eWZBYX26

Solving Wastewater Disposal Issues in Oil, Gas Production

How did a major operator in Norway save approximately $3.3M in one year with offshore wastewater disposal? ???? ?? Challenge: high volumes of wastewater (slop) were being generated on large, modern, closed-drain rigs ?? Solution: Halliburton recommended BaraH2O? slop unit, an engineered solution for point-of-origin waste treatment at the rig site ?? Result: saved the operator approximately $3.3M in net onshore treatment cost, sent 98% less volume of slop to shore for storage, treatment, and disposal, and treated a slop volume of 17,961 m3 offshore for a single rig Read the entire case study to learn how we provide efficient, cost-effective alternatives to treatment facilities.

?????? ?????????? ?????? ?????????? ???? ???????????????? ?????????? ?????????????????? ?????????????? ???????????????? ????????????????, ?????????????? ?????? ????????????????: The produced water treatment systems industry is a vital sector within the broader #watertreatment market, focusing specifically on treating water that is produced during oil and gas extraction processes. This industry plays a crucial role in ensuring environmental compliance, conserving water resources, and minimizing the environmental impact of oil and gas operations. The produced water treatment systems industry has experienced significant growth in recent years due to increasing oil and gas production activities globally. The market size is influenced by factors such as regulatory requirements, technological advancements, and the overall demand for oil and gas. ?????? ???????????? ???????????? ???????????????????? ?????????????????? ???????????????? ????????????????: https://lnkd.in/e6tBp8Hc Fluctuations in oil and gas prices, shifts in production locations, and changes in extraction techniques (such as hydraulic fracturing) influence the demand for produced water treatment systems. Expansion of unconventional oil and gas exploration, particularly in regions with water scarcity concerns, presents both challenges and opportunities for the industry. Stringent environmental regulations mandating the treatment and disposal of produced water are a primary driver for the adoption of treatment systems. Growing concerns about water scarcity in many regions underscore the importance of responsibly managing water resources, making produced water treatment systems essential for sustainable oil and gas operations. #ProducedWaterTreatment #OilAndGas #WaterManagement #EnvironmentalCompliance #SustainableOperations #WaterScarcity #RegulatoryCompliance #IndustrialWater #CleanWater #ResourceConservation #InnovationInWaterTreatment #WastewaterManagement

?????? ?????? ???????? ???????? ???????????????????? ?????????????????? ???????? ?? ?????????????? ???????? ???? ?????? ?????? ?????? ?????? ????????????????????? These essential chemicals are used to: ?? Boost extraction efficiency and maximize output. ??? Improve safety standards by preventing corrosion and scaling. ?? Aid in water treatment and pollution control, promoting sustainable practices. From drilling to refining, commercial chemicals are at the heart of innovation and efficiency in the oil and gas sector. Discover how these solutions are driving the industry forward! #OilAndGas #CommercialChemicals #Innovation #Safety #Sustainability #EnergyIndustry #MatangiIndustries

There’s no doubt in my mind that we have a tremendous opportunity in front of us today to not only change the lives and industries of the people in and around the Permian Basin but around the world! The insightful discussions around the challenges of treating #ProducedWater in the #PermianBasin at the Produced Water Society Conference in Midland brought forth the growing need for change. As a keynote speaker, I was able to dive into the critical imperative of bringing beneficial reuse to scale in this vital energy producing region. The volumes of water generated as a byproduct of the oil and gas operations continue to rise, putting increasing demand on the existing infrastructure and the environment. That’s why Bechtel Corporation’s work on our #LEEDS (Low Energy Ejector Desalination System) technology is so important. By developing cost-effective desalination capabilities, we can unlock new opportunities for water reuse and mineral extraction - creating economic and environmental benefits to industry. It was great to see industry leaders come together to tackle this complex challenge and I’m proud that we are able to be a part of charting the path toward a sustainable future.

Water, water everywhere, but not a drop to drink... industry experts from across the energy value chain are sounding the alarm on water. Difficult to monetize, dispose of, and clean, it's one of the biggest challenging facing the industry. And not just oil & gas. Data centers, on average, consumes more water per day than a hydraulic drilling operation. Thanks Matthias Bloennigen and B3 Insight for breaking it down. To read their latest white paper on the topic, click here: https://lnkd.in/g7ysHxdt Below is HART Energy's coverage on the topic, thanks to Jennifer Pallanich.

How did a major operator in Norway save approximately $3.3M in one year with offshore wastewater disposal? ???? ?? Challenge: high volumes of wastewater (slop) were being generated on large, modern, closed-drain rigs ?? Solution: Halliburton recommended BaraH2O? slop unit, an engineered solution for point-of-origin waste treatment at the rig site ?? Result: saved the operator approximately $3.3M in net onshore treatment cost, sent 98% less volume of slop to shore for storage, treatment, and disposal, and treated a slop volume of 17,961 m3 offshore for a single rig Read the entire case study to learn how we provide efficient, cost-effective alternatives to treatment facilities.