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Carol Maxwell
CEO at MICROrganic Technologies
United StatesJoined April 2019
Summary
MICROrganic designs and manufactures Bio-Electrochemical systems that convert chemical energy in organic waste streams to electricity, for energy-efficient Wastewater Treatment.
Work Experience (7)
Sales Representative
Eli Lilly & Company
September 1982 - June 1985
Pittsfield MA
Account Manager
Eastern Exclusives (now Digitas)
September 1985 - May 1987
Boston MA
Sr. Account Executive
Grey Advertising
September 1987 - September 1989
San Francisco
Senior Marketing Manager
Bank of America
September 1989 - October 1990
San Francisco
Account Supervisor
J. Walter Thompson
October 1990 - November 1991
San Francisco
Marketing Communications Director
Pacific Bell (acquired by AT&T)
November 1991 - October 1997
San Ramon, CA
Marketing and Market Research Consultant
Maxwell Advertising
March 2003 - March 2014
San Francisco
Academic Studies (4)
BS
St Lawrence University
January 1979
Biology, Chemistry
I graduated Cum Laude in 1979.
PhD candidate
Albany Medical College
January 1979 - January 1980
Physiology/Biophysics
Decided to leave this PhD program, to pursue career in business.
Fully funded/Grant and living stipend, and teaching assistant.
MBA
Union Graduate College
January 1980 - January 1982
Planning & Control, Cost Accounting
Masters of Business program, geared toward people in technical fields.
MAT
Union Graduate College
January 2009 - January 2011
Teaching/Biology
Masters Degree in teaching, with a focus on Biology and Chemistry
Research areas of interest (6)
- Energy from wastewater
- Energy efficiency
- Industrial Water Treatment
- Municipal Water Treatment
- Alternative Energy and 1 more
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MICROrganic WEFTEC 2018 - Pilot Results of MICROrganic's VIVA MFC
Brent Solina, Alex Carlton, Carol Maxwell
A pilot microbial fuel cell (MFC) implementing MICROrganic Technology’s VIVATM MFC was installed and operated at a brewery currently utilizing a membrane bioreactor for secondary treatment and filtration. Despite a low alkalinity waste stream, VIVA MFC maintained a neutral pH under anoxic conditions and high organic loading, while treating effluent to discharge quality. A kinetics analysis suggested BOD reduction rates consistent with traditional secondary treatment, under conditions that would normally cause failure. Implications for reactor sizing are discussed, as well as upcoming implementations of larger systems.
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