Founder
Mark Simon has 26 years of water experience and holds degrees in Mathematics and Chemistry with graduate work in Environmental Engineering. Mr. Simon has been awarded patents for various chemical recovery processes and has published in the areas of particle destabilization, solid liquid separation and dissolved metal recovery.
Chemical Engineering
Dr. Orentlicher has over 30 years’ experience with environmental projects with focus on the development and commercialization of waste water technologies. He has several patents pending relating to removal and capture of ammonia from waste waters, and is consulting on projects utilizing anaerobic digestion of organic waste. He is a dedicated technologist and a believer in the creative tension between rationality and intuition, in both technology and in business.
Senior Business Analyst
Adjunct Faculty University of Massachusetts, at Amherst, MA. Areas of specialization include logic, analysis and theoretical modeling. Environmental laboratory expertise with focus on sample pretreatment, recovery/handling/chain of custody and preparation methods.
Senior Scientist
More than 25 years’ experience in environmental laboratory operations and asbestos-related analyses. Areas of specialization include, QA and internal audit systems and the development and implementation of new protocols and procedures for dust analysis utilizing transmission electron microscopy (TEM). McCrone institute training for phase contrast, polarized light and scanning electron microscopy.
Senior Business Analyst
More than 30 Years of project, engineering, manufacturing and quality assurance management. Skilled at managing multiple projects through all stages of development including, design, manufacturing, quality assurance and supply chain management. Business focus: project-mining, marketing and strategic project planning.
CAD/SOLIDWORKS Specialist
Treatment system designer with project management and design experience spanning thirty-five years. Areas of concentration include pollution abatement, metal finishing, chemical recovery process systems and complex piping design. 3D modeling and AutoCAD proficiency as applied to fabrication and installation of water and wastewater treatment systems. Focus on product design enhancements to reduce labor costs while increasing profits.