NETL was proud to celebrate National Veterans Small Business Week by hosting the U.S. Small Business Administration’s (SBA) West Virginia District Office Veteran Small Business Day Tuesday, Nov. 5. 2019, at its Morgantown, West Virginia, site. The event included contacts, resources and professionals available to give small business owners the tools they need for maneuvering the business world and provide a foundation for doing business with the federal government.
Karen Friel, SBA West Virginia district director provided opening remarks at the event.
Key researchers and leadership from the National Energy Technology Laboratory (NETL) are set to present the details of revolutionary energy technologies at the eighth annual TransTech Energy (TTE) Start-Up Development Conference, taking place Oct. 28-30 at the Hilton Garden Inn in Southpointe, Canonsburg, Pennsylvania.
A team of researchers from NETL and Carnegie Mellon University (CMU) recently developed equations to more simply determine how the viscosity of foamed cement is affected by the addition of bubbles into the slurry. Understanding the connection between an increase of bubbles concentration and the ensuing changes in viscosity is crucial for predicting how well the foamed cement will perform in wellbores, which will enable safer oil and gas production. The work was recently featured in a special issue of Fluids, an international journal.
R&D World magazine announced that three groundbreaking NETL technologies will receive prestigious R&D 100 awards for being among the 100 most technologically significant products introduced into the marketplace in the last year.
The winning technologies are described below:
Ampere Scientific, an Oregon-based company that licenses NETL’s Arc Position Sensing (APS) technology, received a best paper award at the Liquid Metals Processing and Casting conference held in Birmingham, England. The paper detailed a first-of-its-kind demonstration of the technology, which may lead to better processing and larger yields of specialty metals used in the energy, aerospace, chemical industries and other advanced applications.
In an effort that could ultimately help create new jobs and markets for coal, NETL researchers have developed a low-cost, coal-derived cement additive that could lead to the construction of stronger and more durable roads and buildings.
Female leaders serving in a variety of roles at NETL shared their professional pathways and unique perspectives on mentoring with other women at TechConnect West Virginia’s 2019 Women & Technology Conference.
The conference, held Oct. 21 in Charleston, West Virginia, was designed for women working in technology fields, as well as those interested in pursuing or migrating to a technology-focused career. The event featured inspiring keynote speakers, valuable networking opportunities and educational breakout sessions.
Key researchers and leadership from the National Energy Technology Laboratory (NETL) are set to present the details of revolutionary energy technologies at the eighth annual TransTech Energy (TTE) Start-Up Development Conference, taking place Oct. 28-30 at the Hilton Garden Inn in Southpointe, Canonsburg, Pennsylvania.
As America’s energy landscape evolves, NETL is advancing emerging technologies that offer new economic opportunities for the nation’s most abundant domestic resource — coal. Converting coal to high-value carbon nanomaterials has the potential to reduce manufacturing costs and energy consumption while improving the performance of electronics, batteries, solar cells, cements, plastics and other in-demand consumer products.
NETL Senior Environmental Engineer Timothy Skone was recently honored by the ACLCA for leadership in life cycle analysis (LCA) that exemplifies bold and forward-thinking initiatives that advance the implementation and application of LCA.
The award was presented at the LCA XIX Awards dinner Sept. 25, 2019, in Tucson, Arizona. Skone, who has 21 years’ experience in energy analysis, was one of six award winners recognized as a “true catalyst in the field of LCA.”
