Ellen D Hock

Title: Innovations by Ellen D. Hock: Pioneering Water-Based Technologies

Introduction

Ellen D. Hock, an accomplished inventor based in Midland, MI, has made significant contributions to the field of chemistry through her innovative patents. With a total of two patents to her name, she has focused on developing environmentally friendly materials that advance sustainable practices in various applications.

Latest Patents

Her most recent patents include cutting-edge technologies that emphasize eco-friendliness. The first patent, titled "Water-based polyurethane dispersions and their preparation," involves creating a prepolymer using a specific process that combines di-isocyanate, an acid group-containing polyol, and a non-acid polyol in a solvent system. This innovative method provides a pathway for producing water-based polyurethane dispersions that are not only effective but also environmentally considerate.

The second patent, "Low VOC lubricant compositions," focuses on certain glycol ether diesters that exhibit enhanced lubrication properties, positioning them as preferable options in reducing volatile organic compounds in lubricant formulations.

Career Highlights

Ellen D. Hock operates at Dow Global Technologies LLC, a renowned company recognized for its commitment to innovation and sustainability. Her work there exemplifies a dedication to developing solutions that address both industrial needs and environmental concerns.

Collaborations

Throughout her career, Ellen has collaborated with notable colleagues, including Felipe A. Donate and Rebecca J. Wachowicz. These partnerships enhance the exchange of ideas and amplify the impact of her research and development efforts in the industry.

Conclusion

Ellen D. Hock's contributions to the field of chemistry and her innovative patents underscore her role as a leading inventor in sustainable technologies. Her work not only demonstrates a commitment to advancing industrial applications but also to fostering environmentally responsible practices in the materials used. With continued collaboration and innovation, the potential for positive impact in the field remains significant.