Reinventing the Petrochemical Industry

by Jason Keeling, Communications Specialist on May 11, 2012

A primary reason global companies work with the Mid-Atlantic Technology, Research & Innovation Center is our highly experienced staff, who average over 25 years in their fields and include over 30 Ph.D. level scientists, researchers and professional engineers.

Some of our staff members were recently featured in West Virginia Edge magazine, as part of an edition highlighting the state’s chemical industry heritage and future development.

In this issue, MATRIC co-founder and chief engineer George Keller II, along with senior chemical engineer Warren Woomer, describe the chemical industry’s emergence in West Virginia, first preceded by the invention of brine electrolysis to make chlorine and hydrogen. “These salt-based chemicals led to the development of other industries in our region,” said Woomer.

However, according to Keller, the turning point in founding the petrochemical industry came in the 1920s, when engineers created a process to heat and “crack” ethane, a natural gas derivative, into ethylene, a feedstock still used in over half the world’s petrochemical products. The first such facility was built in Clendenin, W.Va.

MATRIC, based in South Charleston, W.Va. and established in 2004, recruited some of the industry’s best minds, who continue to revolutionize the petrochemical industry through the creation of technologies that improve traditional resources.

For example, our staff help foster and commercialize new products like biosuccinic acid, a plant-based alternative to conventional succinic acid. We also refined a next generation ethane cracker technology, which is more energy efficient and cost-effective than traditional steam crackers.

MATRIC’s historical perspective and intellectual infrastructure continue to provide a solid foundation that yields innovation.

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Innovation is a Contact Sport

by Greg Clutter, COO on May 4, 2012

National Science Foundation Director Dr. Subra Suresh comments during the Science, Technology and Research (STaR) Symposium, at West Virginia State University.

Speaking at a recent event, National Science Foundation Director Subra Suresh stressed that research investments yield returns that benefit all of society and provide a “ticket to prosperity.” From a global perspective, Suresh said the United States is facing “unprecedented competition.” Geography no longer determines where innovation emerges, he said, “Good ideas come from everywhere.”

Suresh observed that “innovation is a contact sport,” and commercial success requires not only bright minds and labs, but also networks and access to resources. These factors drive new National Science Foundation programs, and also private sector ventures, he said.

Data suggests global industry executives would agree with Suresh.

In GE Capital’s “Global Innovation Barometer 2011,” 95% of global business executives surveyed believe innovation is the main lever for more competitive national economies. However, the majority of respondents believe that organizations must collaborate for new innovations to succeed.

A full 40% of those global business leaders feel a combination of players partnering together will be the biggest driver of progress over the next 10 years, while only 27% think small and mid-sized businesses acting alone will drive such innovation. Even fewer think that large businesses, universities and governments working solo will accomplish as much independently.

So the consensus between the Innovation Barometer report and Suresh appears to be that research impacts prosperity and economies, but research alone may not be enough. Because launching innovations is indeed a “contact sport,” winning the commercialization game requires a team effort.

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Pilot Plants: Informing and Improving the Scale-Up Process

April 23, 2012

In the chemical industry, large manufacturing facilities are not built haphazardly, but instead require much planning and testing before production level plants can be established. Much of the technical know-how is derived from the operation of pilot-scale facilities prior to the design of large plants. The pilot plant stage is the step beyond the laboratory [...]

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Science at the Speed of Business

April 10, 2012

“It is not good enough to be ‘pretty good’ at everything anymore. You have to be the most of something: the most elegant, the most colorful, the most responsive, the most focused,” writes William Taylor in his business book, Practically Radical. I hope to meet Mr. Taylor at the West Virginia Leadership Summit (April 18-19, [...]

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A Current Look at Natural Gas Supplies and Drilling Techniques

April 9, 2012

New technologies have enabled an increased supply of natural gas, particularly given the vast reserves contained within the Marcellus and Utica shale formations. Doug Malcolm of the Just Beneath the Surface campaign discusses the industry’s economic potential, drilling techniques, and safeguards.

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Science, Technology and Research (STaR) Symposium, April 20-21

April 6, 2012

The Science, Technology and Research (STaR) Symposium and 87th Annual Meeting of the W.Va. Academy of Science is approaching, and MATRIC is pleased to help sponsor the April 20-21 event, to be held at West Virginia State University in Institute. Themed Innovation: From Concept to Commercialization, the program will feature successful West Virginia researchers who [...]

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Intellectual Property and the America Invents Act

March 26, 2012

An understanding of intellectual property is critical in the field of research and development. Below, attorney Daniel Lev of the Finnegan law firm discusses the 2011 America Invents Act. He describes the law’s “sweeping change[s],” which include the significance of “first inventor” filing, new procedures for challenging patents and expedited patent review processes.

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Concept to Commercialization: MATRIC’s Innovation Life Cycle

March 22, 2012

A distinguishing characteristic of the Mid-Atlantic Technology, Research & Innovation Center (MATRIC) is the ability to provide clients value from “concept to commercialization.” Our renowned staff support new processes and technologies from initial laboratory scales to pilot plant and demonstration scales, and they provide engineering support for production levels. This innovation life cycle is made [...]

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The People of MATRIC

March 8, 2012

Learn about the experience of MATRIC’s senior scientists and researchers, the promising direction of junior employees, and the manner in which they are creating innovation together.

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The Green Chemistry Race Continues in 2012

February 28, 2012

By Greg Clutter For the field of green chemistry, 2011 was a year characterized by significant investments. There were several initial public offerings, including filings by Solazyme, Myriant, Gevo, and Geomatica. BioAmber, a Mid-Atlantic Technology, Research & Innovation Center (MATRIC) customer, also filed to raise $150 million to fund construction of new manufacturing plants. In [...]

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