About this event
The textile industry has historically been a large consumer of water resources and produces wastewater with harmful chemicals and dyes that end up in the environment. As water scarcity increases globally and discharge regulations become more strict, water reuse, brine concentration, and a circular economy are critical for companies to not only reduce costs but be good global corporate citizens. Minimum and zero liquid discharge (MLD and ZLD) are two strategies gaining popularity to help industry comply with these regulations.
This webinar covers how pressure exchanger technology can help facilitate the adoption of MLD and ZLD. We will discuss the current state of water treatment in the textile industry, existing pain points, and the value of utilizing energy recovery devices to significantly reduce the CAPEX and OPEX costs of MLD and ZLD, without sacrificing system reliability. We discuss process theory and look at real world case studies demonstrating the advantages and payback of our technology.
Hosted by
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Team member
Eric Kadaj Senior Director of Market and Applications Development @ Energy RecoveryT
For more than 20 years, Eric has applied his engineering and technical expertise to drive greater sustainability within desalination and the industrial wastewater space, including process design and implementation, operational strategies, and novel discoveries that minimize environmental impacts.
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Team member
Erik Desormeaux Director of New Applications @ Energy RecoveryT
Erik is a civil engineer with over 18 years’ experience working on advanced membrane projects for drinking water, desalination, reuse, and brine minimization. He has participated in the planning, design, and construction of multiple brackish desalination, potable reuse, and ZLD projects.
Energy Recovery
A global leader in pressure exchanger technology and a hub of engineering innovation.
