Preventing Hydrocarbon Discharge with Early Intervention Strategies

A major Soleno project carried out in Thetford Mines: an 8,500 m³ KUSTOMFLO wastewater retention system, where over 200 pipes were used! 💧 ➡️ See the case study: https://lnkd.in/edJtWwZr

Sludge storage needs specialized protection. Aluminum domes resist corrosive gases like hydrogen sulfide while lightweight construction reduces tank burden. These domes withstand temperature extremes and seismic activity while reflecting sunlight to minimize heat. Minimal maintenance requirements and odor control capabilities support environmental compliance. https://lnkd.in/gAmaAEF2 #SludgeStorage #AluminumDomes #WastewaterManagement

In many produced water and industrial water systems, contamination events don’t always develop uniformly through the water column. Thin hydrocarbon layers can remain concentrated near the surface long before conditions appear significantly different at depth. That creates an important operational challenge: The timing of visibility may depend heavily on where monitoring occurs. Surface conditions may sometimes provide earlier indication of: • oil breakout events • separator upsets • discharge excursions • stormwater contamination • changing process conditions Especially in large basins, ponds, and open-water process areas, the surface layer can behave very differently from the bulk water below it. Interested to hear whether others have observed this type of surface-layer behavior in real operations. #ProducedWater #WaterMonitoring #OilAndGas #IndustrialWater #EnvironmentalMonitoring

Groundwater plumes are contamination that reaches the water table, presenting a risk to anyone who uses that water. Cleaning up a groundwater plume comes down to three things: how far it’s traveled, how deep it is, and how long it’s been there. It’s that last part — how long it’s been there — that trips up a lot of property owners. Even if the plume formed years before you bought the place and you had nothing to do with creating it, you’re still responsible for remediation. And plumes that have been spreading for decades require extensive and often expensive cleanups. Learn what a groundwater plume is, how they form, and what you can do to manage costs if one is found on your property. https://lnkd.in/gGRyyH3u

Conventional oil spill response Booming and skimming? They typically recover just 2% to 10% of spilled oil. Even the often-quoted 10–30% “success rate” rarely holds up in real-world, large-scale offshore incidents. Let that sink in… the majority of contamination is left behind. That’s exactly why partnering with Ovation-Scientific isn’t optional—it’s a no-brainer. OSE II changes the equation. When applied early, it doesn’t just move oil around—it works to break it down at the molecular level, accelerating the natural process and converting contaminants into water and CO₂. Not 10%. Not 30%. Up to 95% remediation of oils and contaminants under the right conditions. This is the difference between managing a spill… and actually solving it. Right now, we’re working alongside a company tackling oil seeping through the ground—one of the most difficult and overlooked forms of contamination. Subsurface pressure, groundwater movement, and trapped hydrocarbons can drive contaminants upward and outward, forcing releases through soil and groundwater pathways. More details are coming. And when they drop, you’ll hear it here first. #EnvironmentalRemediation #OilSpillResponse #SoilRemediation #HydrocarbonCleanup #EnvironmentalCleanup #CleanTech #EnvironmentalInnovation #SustainableSolutions #PollutionPrevention #IndustrialCleanup #ContingencyPlan

Crude oil storage performance gets a major upgrade. Floating roofs drastically reduce VOC evaporation while lowering flammable vapor accumulation risks. These premium corrosion-resistant systems adapt flexibly to varying liquid levels, helping facilities meet environmental regulations and preserve valuable product. Operational efficiency and safety compliance in one solution. #OilStorage #FloatingRoof #VOC #PetroleumIndustry https://lnkd.in/g8yUfs3G

S2: Systems & Solids – May issue is live. Wastewater performance doesn’t change overnight. It shifts over time—driven by loading, solids accumulation, and system conditions. This month’s issue focuses on: -How industrial wastewater systems behave under changing loads -Where solids begin to impact performance -What operators should be paying attention to before problems escalate Built for operators managing real systems. 👉 Subscribe here: https://lnkd.in/gZEfruXF Next issue drops in June. #wastewater #industrialwastewater #watertreatment #environmentalengineering #FOG

The right foundation repair solution depends on the cause, soil conditions, and severity of movement — not a one‑size‑fits‑all approach. That’s why proper inspection matters. Read out blog post and learn about the Geobear approach. https://lnkd.in/dj5keGPH