RESOURCES FOR THE PETROLEUM & REFINING INDUSTRY

• Why Produced Water Treatment Is Becoming Critical For Sustainable Oil & Gas Operations

  Produced water is far from ordinary wastewater. It typically contains high concentrations of dissolved salts, residual hydrocarbons, suspended solids, heavy metals, chemical additives, and naturally occurring contaminants. Without proper treatment, managing these complex waste streams becomes both environmentally risky and financially burdensome.

• AVT - AVT EZ Valve Install Keeps Work On Track At German Oil Refinery

  Industrial repairs at height require lightweight, efficient solutions to maintain production schedules. Under-pressure valve insertion allows for the rapid creation of isolation points on elevated pipelines, ensuring system continuity and safety without the need for extensive shutdowns.

• Oil & Gas Use Case: Permian Basin, Texas

  Modern electrocoagulation provides a reliable alternative to deep-well disposal. By eliminating bacteria and heavy metals while preserving minerals like lithium, these self-cleaning systems deliver high-quality effluent for reuse, reducing seismic risks and operational costs.

• Breakthrough Recyclable Polyimide Membranes Transform Wastewater And High-Salinity Water Treatment

  Researchers have developed polyimide-based membranes for membrane distillation (MD) that overcome three persistent issues in membranes for water treatment and gas separations: the need for pore-forming chemicals that prevent recycling, performance degradation due to pore wetting and fouling, and the inherent trade-off between high water flux and selectivity.

• How Advanced Biological Technologies Overcome Complex Wastewater Treatment Challenges In The Oil And Gas Sector

  This white paper explores how advanced biological technologies — including MBBR, IFAS, SBR, and MBR systems — are transforming wastewater management in this sector.

• Michigan Pipeline Standoff Could Affect Water Protection And Indigenous Rights Across The U.S.

  Should states and Indigenous nations be able to influence energy projects they view as harmful or contrary to their laws and values? This question lies at the center of a heated debate over Enbridge Energy’s Line 5 pipeline, which carries oil and natural gas across Wisconsin and Michigan.

• Fracking Disclosures Show Widespread Use Of Hazardous Chemicals

  Fracking, short for hydraulic fracturing, is a process in which workers inject fluids underground under high pressure. The fluids fracture coal beds and shale rock, allowing the gas and oil trapped within the rock to rise to the surface. Advances in fracking launched a huge expansion of U.S. oil and gas production starting in the early 2000s but also triggered intense debate over its health and environmental impacts.

• Moving Towards Effective Management Of Produced Water

  You cannot produce oil without water, because water is present naturally in both onshore and offshore oil reservoirs. This naturally occurring water is called produced water. Produced water has a simple to complex composition that is variable, and it is considered as a mixture of dissolved and particulate organic and inorganic chemicals (Al-Ghouti et al. 2019) with an average of 7 to 10 barrels of produced water being generated for each barrel of oil during the course of an operation (Guerra, Dahm, and Dundorf 2011).

• Produced Water Management: An Overlooked Subject In Academia

  Water is one of the world's most critical natural resources, but too many people take it for granted, raising awareness of its importance — and complexities — is too often left out of public discourse. My recent visit to a few engineering colleges as a STEM ambassador made me realize that many engineering programs are offered today than when I went to school.

• Water Is Energy

  More than 2,000 years ago, Greek and Roman engineers harnessed the power of water to drive grain mills, and the technology soon spread as far as China, where it was used to forge iron. By the 4th century, the Romans had scaled up water wheel technology to build a massive flour plant in Arles, France, powered by 16 overshot water wheels. During the Renaissance, Leonardo da Vinci sketched out visions of water-driven sawmills, forges, factories, and spinning works.