Webinar: Convert your waste to energy with Anaerobic MBR

Wastewater - The Best Hidden Energy Source

It’s no secret that the world’s need for energy is increasing, causing a rise of cost. What many don't realize is that many industries dispose a promising potential energy source everyday. While typically seen as a nuisance, the organic matter contained in heavily loaded industrial wastewater can become a valuable resource with a simple and cost-effective anaerobic process - AnMBR. Join our webinar and learn more about the huge potential for anaerobic MBR technology. 

Reserve your spot before it's too late:

When?

20th of September 4 P.M. CET / 9 A.M. CST 

Duration: approx. 1 - 1.5 hours

  Anaerobic Membrane Bioreactor 

a Highly Efficient and Reliable Technology for Wastewater Treatment  

AnMBR Market - The Current State And Future Drivers For The AnMBR Technology 

Introduction and presentation of the speakers.

An introduction to the current market for AnMBR. What are the drivers, challenges and future potential of the technology?

AnMBR As An Alternative To Fossil Fuels - How To Convert Your Waste To Energy

The industries mission for Net Zero, saving energy costs and other drivers for AnMBR.

A deep dive into the technology, a look at the industrial fit and the benefits of the technology.

Case study of the waste to energy AD plant at their whisky distillation exemplar site in Tain, Scotland.  

A Sustainable Approach To Dairy Wastewater Treatment At A Midwest Buttery  

The characteristics that makes AnMBR treatment ideal for Dairy wastewater.

A look at the challenges of Dairy wastewater. 

Case study of the milk processing plant where CFR implemented a two stage upgrade of the WWTP plant.

The speakers and what will they discuss?

Elena Meabe

Sr. Application Specialist, Berghof Membranes 

Elena Meabe is a Chemical engineer and holds a master degree in Environmental engineering. She is also a Doctor in Industrial Engineering, with her PhD research work focused on membrane bioreactor technology and the monitoring of membranes’ performance. To this day she possesses 15-years experience in filtration technology, mainly dealing with external tubular membranes.

Elena has a deep insight into the membrane technology for industrial wastewater treatment market.   

Phil Lynch

  Manager International Business Development, Aquabio Ltd. (UK)

  Phil Lynch has 30 years’ experience in the European environmental service industry, predominately focusing on new business development in both the Waste Management and Water Stewardship sectors. Aquabio is part of Freudenberg Filtration Technologies (FFT).  

With the energy - efficient solutions that the company provides, FFT helps its customers to conserve resources, reduce CO2 emissions, drive down costs and gain competitive advantage.    

Shane Wiercinski

  Director of Wastewater Solutions, Complete Filtration Resources, Inc. (US) 

  Shane Wiercinski is the Director of the Wastewater Solutions division of Complete Filtration Resources.  His division specializes in working with customers in the food & beverage industry to solve their toughest wastewater challenges.  Shane’s value to the industry is in advancing the application of membrane filtration in wastewater treatment, specifically as it applies to aerobic and anaerobic membrane bioreactors, in order to provide the industry with wastewater treatment facilities that are sustainable, both environmentally and economically.  

This webinar is best for

This webinar is for industrial end-users that are looking for a simple and cost effective solution for highly loaded and biodegradable wastewater. Or even, turn their valuable wastewater streams into a resource for biogas. In addition, the webinar offers great value to OEM companies and consultants that are looking into (further) developing their knowledge about AnMBR technology. 

AnMBR technology is ideal for the treatment of wastewater streams and slurry with high concentrations of organic matter, solids, fat, oil and grease which is a challenging combination for conventional granulated anaerobic systems. Typical these wastewater streams and slurry can be found in the: Food & beverage-, dairy-, distillery-, ethanol-, biodiesel-, and any other highly loaded wastewater.  

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