ProChem - Membrane Filtration System

ProChem’s I-PRO™, B-PRO™, and S-PRO™ utilize pressure to meet the stringent water quality requirements of any facility. They can achieve reuse rates of 95%, have a small footprint, and offer low-energy and low-fouling membrane options.

I-PRO: Membrane Treatment Technology for Industrial Applications, High TDS. An improvement upon standard RO equipment, I-PRO can treat high total dissolved solids (TDS) for a high recovery rate and discharge reduction. I-PRO is ideal for achieving discharge compliance, recycling/reusing wastewater, and for meeting minimal liquid discharge (MLD) and zero liquid discharge (ZLD) goals

B-PRO: Membrane Treatment Technology for Industrial Applications, Mid-Range TDS. Operating at lower pressure than the I-PRO, the B-PRO provides reliable purification at a lower capital cost. It’s ideal for achieving discharge compliance, recycling/reusing wastewater, and for meeting minimal liquid discharge (MLD) and zero liquid discharge (ZLD) goals.

S-PRO: Industrial Reverse Osmosis System. S-PRO is designed for lower TDS and operating pressures than the I-PRO and B-PRO. It’s ideal for city or well water purification, lower TDS wastewater treatment, discharge compliance, and water recycling and reuse. In addition, it has a lower capital cost than I-PRO and B-PRO.

I-Micro: Microfiltration

I-Micro is designed to remove total suspended solids. It can be used as a secondary polish or clarifier replacement. The I-Micro is ideal for TSS removal, as a pretreatment for I-PRO and B-PRO, as a component to water reuse systems, and to replace a conventional clarifier (with a smaller footprint). It provides absolute filtration in multiple micron ranges, is easy to operate, and can incorporate ceramic and polymeric membrane options as well as PVC and stainless-steel pressure vessel options.

I-UF: Ultrafiltration

I-UF is designed to remove non-soluble and colloidal contaminants such as organics and oil and grease. It’s ideal for pretreatment for I-PRO or selective ion-exchange systems, landfill leachate treatment, organic chemical wastewater, and oily wastewater treatment and recovery. It can be designed for multiple modes (high or low crossflow and dead end) with ceramic, polymeric, and polyfiber ultrafilters and can incorporate spiral-wound and tubular design options.