Steve Gluck Email & Phone Number

2GL Tech was founded to extract materials of value out of waste streams. We have particular expertise in systems integration for brine and water wastestreams, chemical adsorbents, chemical precipitation methods and modeling. We have successfully deployed systems for NORM removal from oilfield brines and the production of pure strontium carbonate and.

• Technology Assessment Consultant with demonstrated strengths in the areas of wastewater treatment, analytical chemistry, problem solving, communicating and leading, along with extensive scientific background.
• Analytical Sciences
• Process Problem Solving
• New Business Development
• R&D Project Management
• Effective Planning

Technical advisor for due diligence and market intelligence.

Cork, IE

Process advisor to forward osmosis company. Chemistry, design and application direction and review. http://www.aquafortus.com/

Espoo, Uusimaa, FI

Senior Technology and Market Advisor; pilot plant operations.

Espoo, Uusimaa, FI

Houston, Texas, US

Technology Assessment Group member in the area of wastewater treatment technologies including hard to degrade COD.

Strategic and Tactical market and technology knowledge provider.

Silverwater, New South Wales, AU

Midland, Michigan, US

In this position, he was responsible for Growth Platform technology diligence and scouting in water and wastewater markets beyond established business markets. This effort includes exploration and development of new opportunities with academia and innovative companies. Current interests include fine particle filtration, forward osmosis, salinity management.

Midland, Michigan, US

Materials Science R&D in support of Dow Water and Process Solutions fundamental materials development for ultrafiltration.

Midland, Michigan, US

• Leading Dow Chemical for algal-derived materials technical due-diligence efforts. Identification of best fit technologies from universities and entrepreneural companies through team development and opportunity.
• Development of a set of early stage research projects to establish intellectual property across a portfolio of early stage algae biofeedstocks for Dow chemical.
• Identified and assessed opportunities for chemical feedstocks from microalgae for commodity scales of greater than 200MM Kg/yr.
• Initiated and helped to create a 140 member Algae working group in the Water Environment Federation.

Midland, Michigan, US

• General and Environmental process technology leadership and strategy development
• Assembled and led technical team to identify root causes of a wastewater treatment facility capacity bottleneck that caused upstream production limitations. Critical project management, analytical chemistry and.
• Developed and executeda research plan to identify critical operating parameters during the project execution phase of the largest chlorinated organics flameless thermal oxidizer in the world.
• Elucidated chemistry which was causing water formation in a “dry” organics waste tank which was a potential corrosion concern and then took the technology further to establish waste mixing characteristics that would.
• Developed a training program for wastewater analytical chemistry taught in Asia, Germany, Brazil, the Netherlands, Louisiana and Texas.

Midland, Michigan, US

• Analytical Sciences/Environmental Analytical Chemistry DepartmentGeneral and environmental analytical technology leadership and strategy development
• Led technical team towards the root cause identification and solution enabling a Texas based wastewater treatment facility to go from over 14 annual permit violations to zero.
• Trained a Brazilian analytical and process operations team on-site to develop tools and research plans to identify and eliminate sources of capacity underutilization of wastewater resources.
• Developed a research plan to identify critical operating parameters during the project execution phase of the largest chlorinated organics flameless thermal oxidizer in the world. In this work, we identified and.

Midland, Michigan, US

Analytical Sciences/Organic AnalysisDeveloped revolutionary methodology for determination of acidity constants and octanol-water partition coefficients on microgram quantities of materials. This method is now used in drug and xenobiotic discovery across many companies.Centrifugal partition, liquid and gas chromatography, flow injection analysis, automated.

Phd, Analytical Chemistry

Ms, Analytical Chemistry

Bs, Chemistry

Education record