Eva Caspary, Phd Email & Phone Number

North America

Atlanta Metropolitan Area

Atlanta, Georgia, United States

• Maintained current accounts and developed new sales within the Southeast. Target markets included potable water and wastewater treatment applications for both municipal and industrial markets (food & beverage, chemical, oil & gas, mining, industrial waste processing), as well as groundwater remediation• Communicated with and managed the activity of a complex team of technical support, customer service, corporate sales, and marketing employees, bringing different levels of the organization together to ensure client satisfaction and increase profitability

Georgia

• Sold and installed water management programs for boiler, cooling tower, closed loop, and wastewater applications at industrial and commercial accounts to deliver energy and return-of-investment savings• Established long-term trusting relationships with executives as well as maintenance personnel resulting in new accounts through referrals from satisfied customers• Increased territory revenue by 25% in 2019 by closing new accounts and growing existing accounts• Retained 100% of existing business: Zero accounts lost by delivering excellent results and reliable communication

• Researched formation pathways of polycyclic aromatic hydrocarbons from gaseous, liquid, and solid fuels• Designed, conducted, and analyzed pyrolysis experiments with solid, liquid, and gaseous fuels• Presented research at seven scientific conferences in North America, Europe, and Asia, resulting in “Best Oral Presentation Award” received in France in 2015• Supervised and trained three student laboratory workers

Worked in a research project team for the improvement of Aniline wastewater by use of Fenton chemistry.

Doctor Of Philosophy, Chemical Engineering

Dissertation title: The Formation of Polycyclic Aromatic Hydrocarbons (PAH) from the Pyrolysis of Model 1-Alkene Fuels Committee: F. Hung.

Bachelor Of Science, Process Engineering

Simulation of the distillation with the mass transfer model Thesis advisor: Prof. Dr.-Ing. B. Landwehr