Central Life Sciences
Process Resilience: Managing High-Organic Volatility
In Dallas, Texas, Central Life Sciences faced a critical bottleneck: their existing treatment infrastructure could not handle the extreme shock loads of their chemical effluent. With high and highly variable organic load and elevated turbidity, their downstream systems were at constant risk of fouling and operational failure.
We deployed the Ginseng as a rugged protective barrier. The system intercepts high-strength solids, oils, and particulate matter, delivering a consistent, clear feed to their downstream processes—protecting their capital assets, maintaining continuous operation, and significantly reducing the volume of wastewater that must be trucked offsite.
High Contaminant Removal & Recovery
The system transforms highly turbid wastewater into clear, stable process water, effectively acting as a shield for downstream assets, enabling reuse back in the process.
High Shock-Load Organic Removal
Successfully managed extreme organic spikes, processing very high influent COD levels, proving the system's resilience against shock loads that would crash traditional plants.
Total Oil & Grease Removal
Achieved Non-Detect (ND) levels for Hem-Oil & Grease, stripping high MW solvents and hydrocarbons from the water to protect downstream processes.
This case study documents the deployment of an industrial wastewater treatment system at a chemical manufacturing facility. Central Life Sciences required a modular water treatment solution capable of treating complex chemical process wastewater streams to reuse and discharge compliance standards, reducing wastewater treatment costs and improving overall water management across the facility.
The ginseng series containerized water treatment system was deployed to remove total suspended solids, COD, TDS, oils, and chemical contaminants from the facility’s industrial effluent streams. The system delivers treated water to reuse standards suitable for chemical manufacturing process applications, enabling on-site water recycling and reducing the facility’s dependence on municipal water supply and third-party wastewater hauling.
Key capabilities deployed include ceramic flat sheet ultrafiltration membrane treatment, automated HMI controls, remote monitoring via One Service subscription, and full system support from design through commissioning. This deployment serves as a reference case for industrial wastewater treatment systems in chemical manufacturing environments, chemical plant water recycling, and modular water treatment for industrial effluent compliance.