CERA~DUR 1 Series
The Cera~Dur 1 Series is the most cost effective Ceramic Hollow fiber solution in the market today!
Along with the typical benefits of higher temperatures and chemical resistance that ceramics offer, the CERA~DUR 1 SERIES provides:
- Lower capital and OPEX costs
- Modular design options for easy installation and maintenance.
- Higher flux vs. polymer membranes
- Able to handle aggressive wastewaters; up to 100,000 ppm TSS, 20,000 ppm COD and 5,000 ppm oil.
CERA~DUR 6 SERIES
Our ceramic membranes offer higher temperature, broader pH and greater chemical resistance than polymeric membranes. CERA~DUR has proven its success with highly contaminated wastewater, handling up to 100,000 ppm TSS, 20,000 ppm COD and 5,000 ppm emulsified oil. Our robust ceramic hollow fibers continue blocking contaminants over time. Each fiber stands against abrasion and degradation even from the most aggressive solids.
PROTECT+ion Omniflow protects equipment from excessive ionic charges. This is accomplished by using high capacity resins to provide low conductivity in an easy to service, ion exchange filter. The PROTECT+ion Omniflow performs exceptionally well in most liquid systems and is specifically designed for bypass flow applications.
There is no better way to ensure project success than to thoroughly test for treatability. We start this process using one of our in-house bench-top units to test a small volume of wastewater. This allows us to generate samples for lab analysis and also provides vital information regarding the overall economics of the cost to achieve your water quality requirements.
Pilot Field Studies
Establishing initial treatability and feasibility with our in-house benchtop testing is a critical first step. However, if needed our mobile pilot study skids are designed to test several different processes based on the individual needs and requirements of the customer.
Pilot field studies are used to confirm the projected water treatability using your actual plant wastewater. Depending on the variability of the wastewater and your budget, pilot study tests are generally operated anywhere from 2 days to 6 weeks, primarily depending on the variability of the stream that needs to be treated.
PILOT FIELD STUDIES
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1053 E. Whitaker Mill Rd.
Raleigh, NC 27604 USA
Greg Wood – Head of Sales: 1-919-939-7219
Dominik Reich – Head of Operations: 1-919-895-2311