In the world of innovations and patents, Christopher J Kolp, based in Richmond Heights, OH (US), has made significant contributions to the field of polymers and dispersants. Working at The Lubrizol Corporation, a renowned company in the chemical industry, Kolp has distinguished himself through his prolific patent portfolio and advancements in refinery and oilfield applications. In this article, we will explore Kolp's latest patents, highlight his career achievements, delve into his collaborations, and discuss the significance of his contributions.

Latest Patents:

Among the notable patents credited to Christopher J Kolp are the following:

1. Olefin-acrylate polymers in refinery and oilfield applications:

This patent revolves around the development of materials used to lower the pour point of wax-containing mixtures of liquid hydrocarbons. Kolp's invention involves the use of OLAC (Olefin-acrylate) compositions, derived from hydrocarbyl(meth)acrylic acid derivatives and ethylenically unsaturated aliphatic Nα-olefin monomers. These compositions improve the fluidity, flow characteristics, and pumpability of liquid hydrocarbons, particularly enhancing pipeline pumpability.

2. Dispersants:

Kolp's dispersant patent focuses on compounds containing multiple lipophilic groups, such as alkenyl-substituted acylating agents. These dispersants also include a hydrophilic component, typically alkylene glycol or polyalkylene glycol, which aids in dispersing the amphiphilic compounds in aqueous media. The versatility of these dispersants extends to various applications, including tinter compositions and reduced shade paints.

Career Highlights:

Christopher J Kolp has been a leading innovator throughout his career. With a total of 16 granted patents to his name, he has demonstrated his expertise in polymers and chemical compounds. While his recent patents highlight his contributions to the oilfield and refinery industries, Kolp's career spans a broader range of areas, including coatings, lubricants, and additives.

Collaborations:

Within the realm of collaborations, Kolp has worked closely with notable individuals in the field. Some of his coworkers who have contributed to his patents are Nai Z Huang and Daniel T Daly. Although specific details about the extent of their collaborations are not readily available, their joint efforts likely played an essential role in the successful development and implementation of Kolp's patented inventions.

Conclusion:

Christopher J Kolp's contributions to the field of innovations and patents have had a significant impact on the oilfield and refinery applications. Through his groundbreaking work at The Lubrizol Corporation, Kolp has developed novel materials for improving the flow characteristics and pumpability of liquid hydrocarbons. His advancements in polymers and dispersants have paved the way for more efficient operations in the oil and gas industry. As Kolp continues to innovate, we can expect to see further contributions from him in the future, shaping the landscape of industry applications.

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