A Distinction Between Invention and Innovation

by Jason Keeling, Communications Specialist on April 22, 2013

George Keller, Ph.D., chief engineer at MATRIC | Mid-Atlantic Technology, Research & Innovation Center, addresses the Society of Plastics Engineers‘ ANTEC 2013 conference today in Cincinnati, Ohio.

His presentation outlines the importance of differentiating between invention and innovation. The former primarily concerns the discovery or identification of something new with possible uses in the real world. Innovation is often times a series of actions which bring to fruition a product, process, service or idea that meets real or potential needs in new ways. Innovation almost always requires a much broader spectrum of inputs, often beyond technical considerations.

Keller says MATRIC has been effective at innovation because its experts understand not only how to create technology, but also know the nuances of raising capital, establishing intellectual property, identifying potential markets and developing a work atmosphere that systematizes the entire process.

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MATRIC to Present Pilot Plant Safety Overview

by Jason Keeling, Communications Specialist on March 22, 2013

There are many safety considerations to account for at the pilot plant development scale, and MATRIC | Mid-Atlantic Technology, Research & Innovation Center’s team has significant experience in this discipline. Attendees of the 2013 American Chemical Society Spring National Meeting in New Orleans are welcomed to the following presentation by our Safety Engineer Michael Boyd, M.S.

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Session Description:

Integrating Safety Into Technology Commercialization for Pilot Plant Scale-Up

April 9, 9:50 a.m., Room 229, Morial Convention Center, New Orleans

Moving from the laboratory to a pilot plant is a major milestone in commercializing novel chemical processes or products and introduces a new degree of risk. Understanding the purpose for piloting the technology, as well as schedule and costs are important considerations in the technology development. However, the impact of a safety event at the pilot plant scale can have serious repercussions to the technology development, especially costs and timing. It is important to involve individuals with diverse perspectives and experience to effectively evaluate the design and enable safe operating performance. By understanding the purpose and scope of the pilot operations, the inherent hazards, and expertise required, a systems safety approach can be developed that balances the hazards and consequences and guides the appropriate selection of safety review activities and tools. A well thought-out safety program will support all technical and business objectives in the technology development cycle.

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Marcellus to Manufacturing: Forum Highlights Potential of Ethane

March 22, 2013

A specialty at MATRIC | Mid-Atlantic Technology, Research & Innovation Center is working with chemical companies to improve and create technologies used in production. The materials these chemical firms produce in turn generate hundreds of consumer products and create significant economic output. MATRIC Chief Executive Steve Hedrick moderated during the 2013 Marcellus to Manufacturing (M2M) [...]

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MATRIC STAR Employee and Board Member Acknowledged

February 8, 2013

2012 STAR Employee One of MATRIC’s strong advantages in chemical R&D work is having our own scientific glassblower. Mike Hale has the well-earned reputation of being able to make almost any piece of specialty glassware needed for our projects. He also has an excellent relationship with glassware vendors and has many times helped specify and [...]

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MATRIC Recognizes its STAR Teams

February 4, 2013

BioAmber One of the companies most influential in MATRIC’s growth over its lifetime has been BioAmber. Correspondingly, MATRIC has played a significant role in helping BioAmber grow from a very small organization to an increasingly self-sufficient commercial operation. MATRIC’s contributions have included novel process concepts, laboratory proof of concept, pilot-scale demonstration, and engineering design. Although [...]

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The ‘Techno-Economics’ of R&D

January 17, 2013

A series of activities are required to foster innovation in the chemical industry. One of the most critical first steps is to determine if a technology is commercially viable. This discipline is known as “techno-economics,” in which an expert team analyzes the variables required to introduce a new innovation into the marketplace, which include costs [...]

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MATRIC Appoints New Chief Executive from Chemical Industry

December 17, 2012

Mid-Atlantic Technology, Research & Innovation Center Inc. (MATRIC) has appointed Steven B. Hedrick as president and chief executive officer, effective Feb. 1, 2013. He succeeds Keith Pauley, who resigned to work in China. The selection concludes an exhaustive six month search process. Hedrick has an extensive industry background, most recently as vice president and head [...]

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Licensing Package Development and Commercial Production

November 19, 2012

Given the complexities associated with creating new products and processes, chemical companies must carefully select partners with the knowledge and resources to enable safe, economical, and timely entrance into the marketplace. How does a company move from concept into the realm of actual commercialization? If large enough, the following steps could be completed internally, but [...]

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Crystallization Expertise at MATRIC

November 9, 2012

Experience is an important component at Mid-Atlantic Technology, Research & Innovation Center, and Charles “Chuck” Moyers, Ph.D., is a noteworthy example of MATRIC’s depth of knowledge. He is a Fellow of the American Institute of Chemical Engineers and an internationally recognized expert in operations including solution and melt crystallization, drying, and liquid/solid separation. In his [...]

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Crystallization and Competitive Advantage

October 16, 2012

Companies continuously seek advantage in their fields, and the chemical industry is particularly competitive. Consider the race to economically produce bio-based materials. Composed of living organisms like yeast and enzymes, they serve as an alternative to fossil-based resources, and can be used as feedstock components for various consumer products. Because oil prices continue to rise, [...]

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