J.T. Kraska

J.T. Kraska

“From micro-cells in electronics to large batteries for hybrid and electric cars, electrochemical energy impacts our lives profoundly. Better batteries with more energy efficient and portable devices allow us greater freedom and greener lifestyles.”              

Print this page

Analyst J.T. Kraska finds solutions related to electrochemical power sources as well as general technical processes and product applications for clients in various industries. Mr. Kraska offers experience as a hands-on troubleshooter and development engineer to help clients in process development, product design and manufacturing systems.

Before joining Nerac, Mr. Kraska worked in technical documentation and as a product engineer at Duracell during the startup of the company’s consumer lithium battery manufacturing. At the facility, he helped implement the processes and manage the operation from startup to full production. At Kodak-backed Ultra Technologies, Mr. Kraska identified the product development problem and the solution for the flagship lithium 9-volt product. Returning to Duracell, Mr. Kraska then served in a number of roles that included product, process and materials development. He also served as cathode pilot operations manager, technical project coordinator, firefighter, and supplier liaison. He played a significant role in a number of corporate initiatives including cathode process upgrade implementation, plant capacity expansions, new material supplier qualification, Ultra product implementation, performance improvement for large cell sizes and zinc powder facility expansion.

Mr. Kraska holds a bachelor's degree in chemical engineering from Manhattan College.

Credentials

  • B.S., Chemical Engineering, Manhattan College

Go Back Back To Top

ARTICLES

I Spy with My Little Eye | From the Realms of Science Fiction to the Streets in Your Town

The unobtrusive, hovering spy in the sky of science fiction could be keeping an eye on your neighborhood before long. With roots in expensive military intelligence-gathering drones, smaller, cheaper versions have potential for more down-to-earth applications. Advances in materials science, improvements in battery performance, and smaller, more efficient electric motors have helped create a vehicle that can operate in modern everyday life.


Now Is Not the Time to Put Off Energy-Saving Improvements

With energy prices taking a back seat to concerns about the overall economy, it would be easy to put off dealing with long-term energy supplies. However, this is not the time to be complacent. These last few months in particular are likely a prelude to a longer term rollercoaster ride of energy prices, especially the dizzying peaks. That the power transmission system is antiquated and unreliable with no solution in sight simply adds urgency to the overall need to deal with energy issues. And with economic uncertainty comes the need to contain costs, especially energy expenditures.


Battery Technology for Implants Is Overcoming Technological Hurdles

Implant miniaturization will continue to put pressure on battery manufacturers to develop ever smaller, longer lasting energy sources.


The Future of the Electric Car

To understand the electric car better, it is useful to revisit the history of the modern automobile. There are some apt parallels that suggest the criticisms of emerging automotive technologies—then and now—are unjustified.

CONTACT

J.T. Kraska Nerac
  • One Technology Drive
  • Tolland, CT 06084