Webinars – Introduction to FMBR

Schedule a Free Private Educational Session for Your Organization

This virtual educational session is designed as a private event for organizations interested in learning more about the Facultative Membrane Bio-Reactor (FMBR). FMBR is a new Membrane Bio-Reactor (MBR) to the USA that provides a compact, efficient, decentralized wastewater treatment system (DEWATS) and a new option to consider for upgrading and expanding the capacity of centralized WWTPs.

Jim Cheng, PhD, of JDL Global, LLC will provide a 30 minute overview of FMBR technology, including results of the Plymouth Pilot Demonstration and Microbe Detectives’ DNA Benchmarking Study. This will be followed by a 30 minute open Q & A discussion. John Tillotson of WaterTrust will serve as the host.

FREE Webinar

30 minute overview
30 minute Q&A

Private Event for Your Organization

The FMBR Pilot Demonstration, Plymouth Massachusetts Municipal Airport

From November 2019 to December 2020, the Plymouth FMBR Pilot demonstrated 77% less energy consumption, 65% less biosolids volume requiring offsite disposal, and 75% less footprint, compared to the legacy sequence batch reactor (SBR) wastewater treatment system that it replaced.

fmbr charts

How is the FMBR unique?

Simultaneous SND & BioP in One Step – The FMBR conducts biological phosphorus removal (BioP) and simultaneous nitrification/ denitrification (SND) in one process step, removing C, N, and P in a low DO condition (<0.5 mg/L). This saves significant energy and footprint. Traditional wastewater treatment normally requires multiple process steps and a higher DO concentration (>1.0 mg/L). Other MBR’s are capable of SND, however, completing BioP in the same reactor is novel.

Greater Decomposition of Organic Waste – This is accomplished by facilitating a higher than normal concentration of facultative heterotrophic bacteria that decompose organic matter. A higher concentration of this bacteria is achieved by maintaining a higher than normal activated sludge concentration in the FMBR reactor.

Significantly Less Biosolids Requiring Offsite Disposal – Many anaerobic or facultative anaerobic bacteria with low productive rate coefficients are enriched in the facultative environment. The sludge loading of the FMBR system is low and the sludge age is long. As a result, BNR microbes largely rely on endogenous respiration. The benefit is a very small production of biosolids requiring offsite disposal.

FMBR DNA Benchmarking Analysis

Microbe Detectives conducted a DNA sequencing benchmarking study confirming simultaneous removal of C, N, and P, in a single tank. This study was supported by Arifur Rahman, PhD, PE, of Jacobs Engineering, and Alison Ling, PhD, PE, of BARR Engineering.

fmbr install
fmbr diagram

Webinar Speakers

cheng

Jim Cheng, Ph.D., FMBR Sales Manager, US Markets @JDL Global, LLC

Jim Cheng, PhD, is the Sales Manager for US Markets at JDL Global, LLC where he has been dedicated to overseas market development and wastewater treatment project design. He holds a PhD in Chemical Engineering from Rice University, and an M.S., and B.S., in Chemical Engineering from Tsinghua University. He is currently responsible for developing FMBR sales and service in the USA. Dr. Cheng is also the inventor of 3 patents related to innovations in wastewater treatment.

john tillotson

John Tillotson, MSCE, Managing Partner @WaterTrust

John Tillotson is the Managing Partner of WaterTrust, an environmental innovation consultancy, and its subsidiary Microbe Detectives, a microbiome DNA analysis service dedicated to the water industry. Over the past 5 years, John has been developing MD’s DNA sequencing services with a specialization in water reclamation, biological nutrient removal, and anaerobic digestion in municipal and industrial systems. Prior to MD, he had over 25 years experience in water/environment, data, and IoT. He holds an M.S. in Civil Engineering from Tufts University, and a B.S. in Geochemistry.