AI Wastewater Treatment Cases - Page 3

Mechanical Vapor Rec

MVR Mechanical Vapor Recompression Evaporation: Using a single compressor to "boil" high-salinity wastewater into sellable salt and reclaimed water.

Across multiple industries nationwide (Coal Chemical / Power Plant Desulfurizati

Pilot-scale to full-scale implementation (from tens to tens of thousands of m³/d

Mechanical Vapor Recompression (MVR) evaporation utilizes a compressor to elevate the pressure and temperature of secondary steam for reuse as a heat source, achieving closed-loop energy savings with a power consumption of only approximately 25–45 kWh per

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$Catalytic Wet Air Oxidation (CWAO): Leveraging catalysts to pull high-temperature liquid-phase oxidation into a milder range—a robust pretreatment for high-concentration refractory organic wastewater.$

Catalytic Wet Air Ox

Catalytic Wet Air Oxidation (CWAO): Leveraging catalysts to pull high-temperature liquid-phase oxidation into a milder range—a robust pretreatment for high-concentration refractory organic wastewater.

Across multiple industries nationwide (pesticides/dyes/pharmaceuticals/petrochem

Pilot-scale to full-scale commercialization (tens of thousands to hundreds of th

Catalytic Wet Air Oxidation (CWAO) operates in a high-temperature, high-pressure liquid phase using air/oxygen as the oxidant, with catalysts lowering the activation energy to deeply oxidize high-concentration, refractory organic wastewater into CO₂, H₂O,

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Reverse Osmosis and

Reverse Osmosis (RO) and Nanofiltration (NF): A single membrane "sieves" out the salts—this is the final physical barrier for industrial wastewater reuse.

Across multiple industries nationwide (Power/Steel/Petrochemical/Printing & Dyei

Pilot-scale to full-scale implementation (from tens to tens of thousands of m³/d

Reverse Osmosis (RO) and Nanofiltration (NF) are pressure-driven membrane separation technologies that achieve deep desalination and reuse through selective permeation, serving as key processes in industrial wastewater treatment.

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Reverse Osmosis Memb

Reverse Osmosis (RO) Membrane-Based Advanced Reuse of Industrial Wastewater: A semipermeable membrane "sieves" out dissolved salts, achieving a reuse rate of 70%–95%.

Across multiple industries nationwide (power, petrochemical, printing and dyeing

Pilot-scale to full-scale implementation (from hundreds to tens of thousands of

Reverse Osmosis (RO) relies on polyamide semipermeable membranes coupled with high-pressure pumps to achieve one-pass rejection of dissolved salts, small-molecular-weight organics, and color. The permeate TDS can be reduced to tens of mg/L, enabling direc

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$Photocatalytic Oxidation (Semiconductor Photocatalysis): Using a "Photo-Generated ·OH Network" to Tackle Refractory Organics That Biological Treatment Cannot Degrade$

Photocatalytic Oxida

Photocatalytic Oxidation (Semiconductor Photocatalysis): Using a "Photo-Generated ·OH Network" to Tackle Refractory Organics That Biological Treatment Cannot Degrade

Across multiple industries nationwide (deep treatment of reclaimed water from pr

Pilot-scale to engineering-scale (tens to thousands of L/d, mostly in advanced t

Photocatalytic oxidation (semiconductor photocatalysis, represented by TiO₂) relies on photons to generate reactive oxygen species (·OH, ·O₂⁻) in situ on the catalyst surface, mineralizing refractory organic pollutants. It is the only member of the Advanc

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Industrial Wastewate

Can Water Be Purified Without Chemical Dosing? A Comprehensive Review of Real Experimental Data on Electrocoagulation

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