Centrifugal extraction, gas scrubbing, and acid neutralization engineered for aggressive chemical streams in 24/7 industrial environments.
Why choose us
All contact surfaces are made from Hastelloy C-276 or lined with PTFE, so the equipment handles HCl, H₂SO₄, and HF without pitting or stress corrosion cracking.
No polymer degradation after 18 months of continuous exposure to 15% HCl at 85°C.The CX-5000 uses a double mechanical seal with a pressurized barrier fluid reservoir, eliminating fugitive emissions and protecting operators from toxic vapors.
Leak rate below 0.01 g/h per seal face.Each system includes a programmable clean-in-place sequence that flushes the internals with neutralizer and deionized water, reducing manual intervention by 70%.
CIP cycle completes in under 12 minutes.The ANR-800 reactor adjusts reagent feed every 200 ms based on a dual-probe pH sensor, keeping effluent within ±0.1 pH of the setpoint even during flow surges.
Reagent waste reduced by 35% compared to batch titration.The GAT-1200 uses a proprietary random packing that maximizes gas-liquid contact while keeping pressure drop below 15 mbar per meter of bed depth.
Blower energy consumption cut by 22%.Every unit ships with a Modbus RTU interface and a local HMI that logs temperature, pressure, flow, and pH. Alarms are sent via email or SMS.
Up to 2 years of continuous data stored onboard.Our systems are built for continuous chemical plants where downtime is not an option. Every component is selected for long-term resistance to aggressive acids, solvents, and high temperatures.
We use Hastelloy C-276, PVDF, and PTFE-lined FRP as standard — not as an upgrade. Competitors often offer these only on request, which leads to shorter service life in HCl, H₂SO₄, and HF environments.
Our centrifugal extraction systems achieve consistent phase separation even with fluctuating feed composition. This reduces load on downstream neutralization and cuts reagent consumption by up to 20%.
Unlike open-impeller designs, our fully sealed rotor prevents vapor leaks and keeps operators safe. This is critical for plants operating under strict environmental compliance mandates.
Clean-in-place cycles run on a programmable schedule, so the system stays online longer. Manual cleaning is eliminated, reducing maintenance hours and exposure to hazardous residues.
Our acid neutralization reactors adjust reagent feed within seconds of a pH shift. This prevents overshoot and minimizes waste, which is especially important for batch processes with tight discharge limits.
Answers about our centrifugal extraction systems, gas absorption towers, and acid-neutralization reactors for corrosive chemical effluents.
The CX-5000 centrifugal extraction system uses Hastelloy C-276 for all wetted components. This nickel-molybdenum-chromium alloy resists pitting and stress-corrosion cracking in chloride-laden streams, making it suitable for continuous processing of aggressive chemical effluents.
The GAT-1200 gas absorption tower uses a proprietary random packing material that maximizes gas-liquid contact area while maintaining a low pressure drop. The packed bed is irrigated with a recirculating scrubbing solution, and integrated pH control loops adjust reagent feed in real time to maintain optimal absorption conditions for HCl, SO2, and HF.
Yes. The ANR-800 acid neutralization reactor has a working volume of 800 liters and is designed for either batch or continuous flow operation. The dual impeller agitation system ensures uniform mixing, and the PVDF lining provides chemical resistance across a wide pH range. The control system includes automatic shutdown interlocks and data logging for full process traceability.
The CX-5000 includes automated CIP cycles that reduce manual cleaning frequency. Under normal operating conditions with corrosive effluents, we recommend a full inspection of seals and bearings every 2000 operating hours. The rotor assembly is designed for quick access, and replacement parts are stocked for same-day shipment.
Yes. Our team supervises on-site installation and commissioning for all systems. We also provide operator training and a detailed maintenance manual. For existing plants, we can retrofit the GAT-1200 or ANR-800 into your current piping and control infrastructure with minimal downtime.
The GAT-1200 is engineered to meet EPA and local emission limits for acid gas scrubbing. The integrated mist eliminators reduce droplet carryover to less than 10 mg/Nm³, and the pH control loops keep the scrubbing solution within the target range. We can provide a compliance guarantee based on your inlet gas composition and flow rate.