Cases
Cases
Cases
UASB (Upflow Anaerobic Sludge Blanket): An “Oxygen-Free” Bed That Turns High-Strength Organic Wastewater into Biogas — Industrial Emission Reduction That Pays Back in Energy
UASB Reactor
UASB (Upflow Anaerobic Sludge Blanket): An “Oxygen-Free” Bed That Turns High-Strength Organic Wastewater into Biogas — Industrial Emission Reduction That Pays Back in Energy
Nationwide (food, brewing, starch, pharma, MSG, paper)
Pilot to full-scale (10s–10,000s m³/d)
UASB (Upflow Anaerobic Sludge Blanket) is a second-generation high-efficiency anaerobic reactor that removes 70–90% COD at 4–15 kgCOD/(m³·d) while producing methane biogas. Covers mechanism, design parameters and real MSG/alcohol wastewater data.
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MBBR (Moving Bed Biofilm Reactor): Carriers Drift in the Water, Microbes Cluster on Them — Compact and Stable Industrial Wastewater Upgrading
MBBR Reactor
MBBR (Moving Bed Biofilm Reactor): Carriers Drift in the Water, Microbes Cluster on Them — Compact and Stable Industrial Wastewater Upgrading
Nationwide (pharma, coking, petrochem, paper, TCM)
Pilot to full-scale (10s–10,000s m³/d)
MBBR grows biofilm on suspended HDPE carriers like Kaldnes K1 — compact, shock-resistant, no sludge return. Covers filling fraction, surface loading and HRT with real industrial cases.
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Hydrolysis Acidification Pretreatment: Soften the Tough Macromolecular Organics First So Aerobic Treatment Can Get to Work
Hydrolysis Acidif.
Hydrolysis Acidification Pretreatment: Soften the Tough Macromolecular Organics First So Aerobic Treatment Can Get to Work
Nationwide (petrochem, coking, coal chem, pharma, dyeing, food)
Pilot to full-scale (10s–10,000s m³/d)
Hydrolysis acidification is the most cost-effective pretreatment for refractory industrial wastewater. Covers the mechanism, ORP/pH/temperature windows, HRT design and real cases per HJ 2047—2015.
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Biological Aerated Filter (BAF): Squeezing "Biofilm + Filtration" into One Tank — a Compact Powerhouse for Industrial Wastewater Advanced Treatment
Aerated Biofilter
Biological Aerated Filter (BAF): Squeezing "Biofilm + Filtration" into One Tank — a Compact Powerhouse for Industrial Wastewater Advanced Treatment
Nationwide (dyeing, fine chem, pharma, food, municipal upgrade)
Pilot to full-scale (100s–10,000s m³/d)
The biological aerated filter (BAF) integrates biofilm oxidation and physical filtration in one reactor, cutting footprint and effluent turbidity without a secondary clarifier.
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Reclaimed Water Reuse Optimization for a Printing and Dyeing Enterprise
Project Case
Reclaimed Water Reuse Optimization for a Printing and Dyeing Enterprise
East China
8,000 tons/day
Optimized reuse rate and operating cost to reduce chemical consumption, power use and manual inspection pressure.
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Digital Twin Project for a Chemical Park Water System
Project Case
Digital Twin Project for a Chemical Park Water System
South China
20,000 tons/day
Built an industrial water-system digital twin platform for real-time visibility, warning and decision support.
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