Packaged Wastewater Treatment Systems — Designed for Remote Sites, Built for Unattended Operation
Industrial Wastewater Treatment Systems — Engineered to Discharge Compliance, Not Just to Ship
Engineering response within 24 hours — parameters in, preliminary sizing out
About Us
Wastewater Treatment Systems Built for Sites Where Failure Is Not an Option
✓ Field-Verified Performance
Each system type validated across a minimum of two
distinct operating environments before full production release
✓ Designed for Local Operation
Alarm logic, spare parts, and maintenance access points are
configured for the technician on-site — not the engineer who designed it
✓ Documented Lead Times
Production schedules confirmed in writing at order. Shipping
dates are tracked and communicated — not estimated after the fact
Six Process Technologies. Each Selected by Influent Profile, Not by Catalogue.
Our Products
Process Selection Guide — Match Your Influent to the Right System
AO/SBR Biological Treatment
Sequencing batch operation; handles flow variability without proportional control complexity. Documented effluent quality across 400+ municipal and industrial installations
Dissolved Air Flotation(DAF) System
Reduces TSS and FOG to discharge limits in a single pass. Typical hydraulic retention time: 20–30 minutes. Suitable for food processing, slaughterhouse, and surface finishing effluent
MBR Membrane Bioreactor
Membrane effluent consistently meets reuse-grade standards. Footprint 30–50% smaller than equivalent conventional activated sludge. Membrane warranty and flux-decay data available on request
Fenton Advanced Oxidation
Applied to effluent where biological treatment alone cannot reach permit limits. COD reduction validated on pharmaceutical, printing, and pesticide wastewater streams
MBBR Biofilm Reactor
Carrier-based biofilm tolerates inlet load swings without sludge bulking. No return activated sludge loop required — reduces operator intervention points
UASB / IC Anaerobic System
Converts high-strength organic load to biogas at >60% COD removal before aerobic polishing. Reduces downstream aeration energy by 40–60% on qualifying streams
Our Contributions
Treatment Experience by Industry — Parameters, Not Promises
Textile Industry
Inlet COD 800–3,500 mg/L, color 500–2,000 PCU. Combined Fenton + biological process achieves GB 4287 Class A discharge. Decolorization >90% documented across reactive and disperse dye streams
Municipal Wastewater
Underground integrated units handling 50–5,000 m³/day. 90-day unattended operation cycle. Installed across 18 provinces; 2,400+ units in service
Food & Beverage
Inlet BOD typically 600–4,000 mg/L, FOG up to 500 mg/L. DAF primary + MBBR secondary configuration. Effluent BOD consistently <30 mg/L across food processing and slaughterhouse references
Hospital Wastewater
MBR process with UV disinfection. Pathogen removal meets WHO Healthcare Facility Effluent guidelines. Disinfection log reduction documentation available
Chemical Industry
Inlet COD 2,000–15,000 mg/L. Anaerobic pretreatment reduces aerobic load by 60–70%. Process selection validated against specific chemical composition — not generic COD figures
Industrial Parks
Designed for mixed-influent variability across tenant industries. Equalization sizing and shock-load buffering documented in design basis. Single operator interface for multi-source input
What Happens After the Equipment Ships
✓ Pre-Shipment Inspection
Every unit completes a wet-run functional test at our facility before crating. Test records — flow rate, effluent sample results, electrical continuity, and alarm response — travel with the shipment. Third-party inspector access available at buyer's request.
✓ Commissioning Documentation
Each shipment includes a commissioning manual written for the site technician, not the design engineer. Startup sequence, common fault codes, and first 30-day parameter targets are documented in English. Video walkthrough available for remote-start scenarios.
✓ Post-Arrival Support Protocol
If a fault is reported after installation, our engineering team responds within 24 hours with a diagnosis based on submitted operating data. If a component replacement is required, we ship from bonded inventory — standard wear parts reach most destinations within 5–7 business days. We do not ask customers to wait for a root-cause report before shipping the part.
✓ Warranty That Covers What Warranties Usually Avoid
Our 12-month warranty covers mechanical and process performance failures — including cases where effluent quality does not meet the specified discharge standard under the agreed influent conditions. Exclusions are listed in writing at the quotation stage. There are no surprises in the claim process.
Start with Your Discharge Standard and Flow Rate
We return a process recommendation and indicative budget within 24 hours.
No account required. No follow-up call unless you request one.