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When gas production on a covered lagoon drifts down and the feedstock has not changed, check the volume before the biology. Anaerobic digestion removes volatile solids. It does not remove sand, grit, struvite, or lignin-bound fiber. Those arrive with the waste stream and settle. On the lagoon closures we have run, the sludge layer commonly measures 20 to 40 percent of basin volume. Retention time is volume divided by flow, so a basin that has lost a third of its depth underperforms whatever the biology is doing. Under a gas-tight cover none of this is visible. You cannot run a boat, and walking survey gear across a floating membrane risks the cover. Measurement depends on the access built in at construction. Survey ports, sealed penetrations, sludge transfer piping to the low point. Ask when the basin was last surveyed. If the answer is never, that is the finding. #CoveredLagoonDigester #Biogas #AnaerobicDigestion #DigesterCovers #LagoonMaintenance

Seawater desalination gets planned around the freshwater it makes and permitted around the brine it leaves behind. The reject stream is where the environmental case and the siting fight actually live, and it is the part most concept studies treat as an afterthought at the outfall. Concentrate from an SWRO train comes back hypersaline and often warm, and dropped into a poorly mixed coastal receiving water it sinks, spreads along the bottom, and stresses the benthic community the permit is written to protect. The honest engineering answer is to treat brine as a design input from the first line of the process rather than a disposal problem discovered at the end. Staged concentration, diffuser design matched to the local current and density, and a path toward zero-liquid-discharge where recovered salts become a product instead of a plume all belong in the flow sheet before a site is chosen, not after. That is a constraint GASDI designs to directly, since hosting the process offshore in a high-current setting changes both the mixing available and the energy budget for pushing recovery further. Getting brine right is less about a bigger outfall and more about how much water you recover and what you do with what is left. When a desalination project is evaluated, is the brine strategy a line in the process design from day one, or a dilution calculation added once the plant location is already fixed? #Desalination #BrineManagement #WaterTreatment

Greetings from #Greenland, another #LIQUIDICE Super-site ❄️ 📌 Where: the glaciated catchment of #Ilulissat, terminating in an ice-marginal lake system. 📌 Importance: With #meltwater runoff increasing by up to 80% in Southwest Greenland over the past 40 years, research within LIQUIDICE project focuses on two key glaciated catchments - one vital for local #hydropower in Ilulissat and the other essential for refining #climatemodels. 📸 Photo credit: GEUS

Produced water is no longer just a disposal problem. Across the Permian Basin, produced water has become one of the biggest infrastructure challenges in the industry. Every day, operators need to gather, separate, transport, recycle, treat, reuse or dispose of massive volumes of water. For decades, the default answer was disposal. That is changing. The next generation of produced-water infrastructure will be adopted by how reliably it can reduce disposal pressure, protect water resources, lower treatment costs and create new fit-for-purpose reuse pathways. At Global Cavitation, we believe this transition needs practical treatment-support technologies that improve the performance of the whole system. G-Cav™ is a membrane-free hydrodynamic cavitation and gas-infusion reactor designed to support produced-water pretreatment, break emulsion, re-establish bulk water surface tension, improve water conditioning, oxidation support, gas transfer and polishing. It is not a complete produced-water treatment system. It is a multifactorial support technology designed to enhance treatment system performance, run cleaner, longer and more reliably. Produced water will absolutely become a truly beneficial resource when treatment becomes reliable, measurable and commercially scalable. Explore more at globalcavitation.com #ProducedWater #PermianBasin #WaterReuse #OilAndGas #WaterTreatment #GlobalCavitation

Our Latest Research Article in Desalination Journal…Magnetic hollow microspheres encapsulated by MOFs for proficient gold capture from E-waste... https://lnkd.in/ggjSZgsh (50 days' free access)

📢 Why do bins plug? Rainer Cilliers, B.Eng. Chemical, from Solo Resources (Pty) Ltd (representing Kamengo in Southern Africa) will answer this question at the Southern African Coal Processing Society Conference on August 20 in Emalahleni.   His presentation, "The Theory Governing Bin and Feeder Design for Difficult-Flowing Materials: A Case Study on Coal Ash," will walk through:   🔹 The three root causes of bin plugging: poor bin geometry, material compaction by the discharge feeder, and uneven withdrawal 🔹 Key findings from Kamengo's pioneering 1970s research program on bin flow 🔹 A real-world case study: designing a bin handling boiler ash at the Kogan Creek 750 MW coal-fired power station in Queensland, Australia   The lessons from this case study are directly applicable to the fine coal processing market, helping plant operators extract maximum efficiency from their beneficiation plants.   #CoalProcessing #BulkMaterialsHandling #BinDesign #FeederDesign #CoalAsh #StorageBin

New web pages added by desalination companies 06/08/2026 Poseidon Blog Archives https://lnkd.in/dYjfbh8B 06/08/2026 Poseidon Blog Archives https://lnkd.in/da_DBK5A 06/08/2026 Poseidon Blog Archives https://lnkd.in/daRKspSW 06/08/2026 Poseidon OC Register: California leaders double down on dry https://lnkd.in/dq7_-vRH 06/08/2026 Poseidon OC Register: California leaders double down on dry https://lnkd.in/dsZvQbfx

The Inertial Pump is a simple, reliable inertial pump that provides a cost-effective sampling option for groundwater monitoring. The Pump consists of a riser tube fitted with a one-way foot valve. It can be easily operated manually, or by using a surface pumping mechanism. https://lnkd.in/gSHZhhHt #groundwatersampling #hydrogeology #watermonitoring

BIO-UV GROUP H1 2026 REPORTS €20.1 MILLION TURNOVER See more: https://lnkd.in/g9Bs4a3B #BIO-UV #UV #SEA #AOP #BWTS #ballast water treatment systems #vessel #Marine #maritime #코십 #조선해양기사 #선박 #조선 #해양 #해운 #shipping #shipbuilding

💧 Brackish Water Reverse Osmosis (BWRO) Plant Turning challenging water sources into reliable, high-quality water. Our Brackish Water Reverse Osmosis (BWRO) systems are engineered to reduce dissolved salts, minerals, and other impurities from brackish water, producing water suitable for a wide range of industrial and commercial applications. From system design and fabrication to installation and commissioning, Allianz Utilities Limited delivers tailored water treatment solutions built around each client’s specific water quality and operational requirements. We don’t just treat water — we engineer solutions for its next use. 💧 Clean Water. Better Future. #BrackishWater #BWRO #ReverseOsmosis #WaterTreatment #WaterEngineering #IndustrialWaterTreatment #WaterQuality #WaterSolutions #SustainableWater #AllianzUtilities