Medical Devices

Solutions for complex medical device manufacturing wastewaters

Medical device manufacturing generates uniquely challenging wastewaters. Saltworks provides solutions for targeting organic and inorganic contaminants to help you meet discharge limits or achieve water reuse targets with certainty.

Medical Device Wastewater

As medical devices become more complex and diverse, so does their manufacturing. Water is essential for rinsing and other processes and controlling contamination is critical.

 

Manufacturers may need to expand production without exceeding discharge limits or water consumption thresholds, or may need to reduce waste disposal costs.

 

Saltworks can help you treat wastewater components-of-concern such as solvents, ammonia, formic acid, halides, metals, oils & grease, chemical oxygen demand (COD), total suspended solids (TSS), and total dissolved solids (TDS).

artificial ventilation medical device manufacture wastewater
medical device advanced manufacturing water

Treatment Solutions 

Saltworks’ product line can treat for a wide range of organic and inorganic contaminants, selectively target metals and ions for removal, and reduce discharge volumes. We can also develop a custom process for your specific application. Some examples of how we can help:

  • Reduce particulate and suspended solids with our robust, low footprint XtremeUF ceramic ultrafiltration system
  • Target metals and ions for removal using one of our IonSelect solutions
  • Reduce brine volume and recover more water with our advanced XtremeRO and SaltMaker systems
  • Remove specific organic solvents with XtremeRO
  • Support biological ammonia treatments such as membrane bioreactors (MBRs) and optimizing stripper scrubbers

Meeting Your Project Needs 

Whether your goal is meeting discharge limits, lowering raw water consumption, or reducing waste disposal costs, Saltworks can provide a cost-effective and reliable solution to manage your unique medical device wastewater.

 

We will review your water chemistry and specific project requirements, provide a comprehensive options analysis, and develop a treatment process for your specific application. Contact us for project reviews, pilot testing, and full-scale systems.

Saltworks Treatment Pilot Mobile Truck

Related Products

Related Resources

phenol molecule structure
Article

Removing Highly Toxic Phenolic Compounds: Wastewater Treatment Options

Excessive phenolic compounds are harmful to human health and the environment. Chlorophenols, by-products of chlorinating phenol-containing water, are carcinogens. A treatment system needs to be chosen and engineered carefully, with consideration of specific wastewater chemistry, operating conditions, and economics.

silicon wafer microelectronics semiconductors
Application

Microelectronics Wastewater Treatment

The manufacturing of microelectronics generates unique wastewaters. Saltworks can help you to manage wastewater flows from microelectronics production, targeting ammonia, metals, and ions for removal, reducing brine waste, and allowing water reuse.

pharmaceutical wastewater solutions steel tanks
Application

Pharmaceutical Industry Wastewater Treatment

No two pharmaceutical wastewaters are the same. Saltworks can help you to treat complex wastewaters from this critical industry with certainty. We implement solutions that target organics, metals, and ions for removal, reduce brine waste, and allow water reuse.

greenhouse internal water reuse
Application

Greenhouses & Vertical Farming Water Treatment

As demand for nutritious, high-quality produce grows, large-scale, modernized, indoor agriculture is advancing to meet it. Most of the water used in advanced agricultural facilities can be recovered, re-enriched with nutrients, and reused. Saltworks can help to treat water for reuse, balancing nutrient content and pH, or treat for discharge.