It reveals the core reasons why emulsified oil is hard to treat, including its stable structure and the ineffectiveness of conventional methods.
The bankruptcy of Shandong Huifeng Petrochemical, a top 500 Chinese enterprise and a core local refinery, exposes the systemic challenges facing China’s local refinery industry amid policy shifts, market upheaval and the new energy revolution.
Discover the core principles of three key technologies that turn turbid sewage into reusable reclaimed water.
It’s not a "one-size-fits-all" process — refinery wastewater needs oil removal first, while power plant wastewater focuses on desalination.
It explores ozone's ability to eliminate micro-pollutants like pharmaceutical residues and refractory organics through hydroxyl radicals.
Power plant wastewater undergoes a rigorous multi-stage treatment process, realizing not only up-to-standard discharge but also resource recycling to build a green water cycle.
Uncover the two core reasons behind the stability of emulsified oil and the mainstream technologies to conquer it
Light oil wastewater is easy to clean; heavy oil’s sticky, high-salt sludge demands advanced tech to avoid polluting rivers and aquifers.
Synthetic polymers boost industrial efficiency—but their escape into wastewater creates a viscous, persistent pollution problem we’re only beginning to solve.
Oil powers our world—but for every barrel pumped, up to 10 barrels of toxic wastewater rise with it.