Clemens Winkler, the 19th century German chemist, once quipped that “The world of chemical reactions is like a stage, on which scene after scene is ceaselessly played.” It’s an action-packed simile that’s particularly accurate when applied to much of the work underway at NETL where talented researchers are using sophisticated technologies and approaches to discover new ways to cleanly and efficiently use fossil fuels to keep the nation strong.
NETL is in the problem-solving business, and one of our key researchers may be on to solving a big one that has puzzled American cities for a long time. The Pittsburgh Business Times agrees and that’s why it announced that it will recognize our McMahan Gray with its innovator award later this year for his work on a technology that can filter heavy metals, including lead and other contaminants, from municipal water systems. That’s problem-solving in the NETL tradition.
Throughout human history, coal has been an invaluable resource for heat and light and all the commodities that have played such an important role in advancing our global civilizations. From ancient China to ancient Greece, coal was recognized as a useful and important material. Today, coal continues to fuel our prosperity in new and surprising ways.
There’s more to October than falling leaves and candy. October is National Energy Awareness Month, a time to recognize American innovation and progress toward our nation’s energy independence.
Today marks the beginning of National Clean Energy Week, a timely opportunity to recognize our robust portfolio of research aimed at promoting responsible stewardship of the environment.
Responsible stewardship of the environment is a top priority for the U.S. Department of Energy and a key tenet of NETL’s mission. As we work to produce technological solutions for America’s energy challenges, environmental sustainability remains a driving factor. That’s why our research – from developing innovations for highly efficient energy production, to advancing technologies that enhance the extraction and transmission of domestic resources – is underpinned by innovations that monitor the environment to safeguard our air and water and ensure the safety and health of all Americans.
A big part of NETL’s responsibility is to share knowledge. Sometimes the information we share provides a broader focus to the research data we develop that improves the way our nation uses fossil fuel energy resources. For example, through a recent online webinar, we shared analytical information to help business, industry, and higher education leaders make decisions to better prepare the next generation of energy and manufacturing workers.
There’s an old proverb: “if you are planning for a year, sow rice; if you are planning for a decade, plant trees; if you are planning for a lifetime, educate people.” NETL and the Carnegie Science Center are planning for a lifetime with an updated version of a popular Science Center fixture known as the NETL Energy Zone exhibit.
Nearly all the energy sources that helped build our nation came from deep beneath our feet. The rich subsurface of our planet provides the oil, gas, and coal that fuel our prosperity and build a foundation for future growth. The wealth of domestic resources found in our nation’s subsurface, coupled with advanced energy technologies that enable their efficient use, promote competitiveness across our industry. That’s why cutting-edge research now underway at NETL is focused on maximizing our ability to access the vast domestic resources of the subsurface.
“An investment in knowledge always pays the best interest,” wrote Ben Franklin more than 250 years ago. Every year, America invests in knowledge when it supports Department of Energy national labs where some of the best researchers in the world analyze and discover scientific breakthroughs. NETL has joined with its sister national laboratories in a project to make sure that the knowledge we collectively produce pays the best interest, just as Franklin espoused.
For nearly 20 years, the Mickey Leland Energy Fellowship (MLEF) program has not only been improving opportunities for under-represented students in science, technology, engineering, and math (STEM), it has also built a diverse foundation of future STEM professionals. That important mission has been bolstered recently through the success of another opportunity called the Consortium for Integrating Energy Systems in Engineering and Science Education (CIESESE).
From an obscure theory to laboratory experiments to practical use in industry, operating rooms, and even outer space, lasers have become a ubiquitous technology device. At NETL, researchers use lasers in a variety of applications in a mission to discover, integrate, and mature technology solutions to enhance the nation’s energy foundation and protect the environment for future generations.
Simply put, turbines make the world work. They propel our planes, trains, and ships; allow us to harness the power of wind; and make electricity from abundant fossil energy resources. They help keep lights on, homes warm, and schools, hospitals and industries productive. But at NETL, we believe we can make them even better.
The people of NETL specialize in not only making an impact on better and safer ways to use our nation’s energy resources, they also are making a difference in the lives of their fellow citizens. The Federal Executive Board (FEB) in both Pittsburgh and in Oregon confirmed outstanding examples with significant recognition awards recently.
The great captain of industry Henry Ford once said that, “If everyone is moving forward together, then success takes care of itself.”
That spirit of collaboration resonates strongly here at NETL, as evidenced by a Memorandum of Understanding (MOU) extension the Laboratory recently executed with the president of the Brazilian Coal Association (BCA).
Designing new efficient power plants that use fossil fuels – America’s most abundant energy resource – to affordably maintain our energy dominance, economic prosperity, and quality of life is a challenging prospect because of how difficult it is to assess and measure aspects of complex energy systems. Simply put, researchers can’t crawl around inside an experimental system to observe first-hand how things work.
Hephaestus was the God of Metallurgy in Greek mythology. He had a pretty good run in ancient stories crafting impenetrable metals for Achilles’ armor, Hercules’ shield, Hermes’ helmet and even arrows for Apollo. At NETL, we take our metallurgy work seriously too, but instead of preparing mythological heroes for battle against make believe monsters, our work is crafting tough new alloys for turbines, boilers, and other equipment that can help meet energy efficiency challenges – heroic achievements as well.
At NETL, we talk a lot about advancing our mission to discover, integrate and mature technology solutions to enhance our nation’s energy foundation while protecting the environment and there are a great many examples of how well we pursue it on this site. But, one of the key ingredients for success is the ability to listen. It’s that input that guides our research and steers our progress.
Here are two examples:
Sometimes, the work of NETL to produce solutions to energy challenges involves much more than the arduous work of researchers in a collection of cutting-edge energy laboratories. Sometimes, it requires a flair for partnering, communicating, analyzing, organizing, and providing access to critical energy data on a global basis. That’s just what the Laboratory accomplished recently with the release of the global oil and gas infrastructure inventory database or GOGI.
More than 135 years ago, Warren Seymour Johnson, a college professor who was frustrated with his inability to regulate the temperature in his classroom, invented what he called the “electric tele-thermoscope.” It was little more than a contraption that rang a bell to alert heating system operators to open or close dampers. It turned out to be the first sensor.
NETL was busy in the first half of March innovating, communicating, and supporting technologies and ideas that help America address energy challenges of today and tomorrow. We hit productive new levels scoring successes, posting research funding opportunities, forging a strong new partnership, and setting new records.
To be associated with NETL and its history of innovating a robust American energy future is an honor itself. To be asked to help lead a cast of very talented people who craft energy innovations every day is a new and exciting challenge that heightens that honor. The people of NETL are special because they each bring high value skills to their teams and their work to support the goals of the Laboratory – to discover, develop and integrate innovative technologies that will help lead and elevate our nation’s safe and productive energy future.
Veteran’s Day is an aptly named, sacred tradition when we express regards and appreciation to the men and women who have answered the nation’s call to duty. At NETL, it is an honor and privilege to work side-by-side with many men and women who actively served with pride and distinction in our armed forces. I am extremely proud of their continuing contributions to energy science as they work at our laboratories in Albany, Pittsburgh, and Morgantown with the kind of dedication and diligence that characterizes service in the U.S. military.
Few things are certain in a changing world, but some things we can be sure of—through the year 2030, our electricity consumption will grow by about one percent a year; fossil fuel will remain a major fuel source for the facilities that produce electricity to meet that demand; and NETL’s work developing lower cost carbon capture and storage technologies will help make producing electricity and chemicals more efficient while enhancing the recovery of oil reserves once thought inaccessible.
Discovery, development and deployment of effective and safe technologies for the recovery of underground energy sources like oil, gas, and the emerging possibilities for gas hydrates in the deepwater of the Gulf of Mexico are at the heart of NETL’s mission to conduct research for a prosperous American energy future. It’s a mission that has already produced successes, but is poised to create even more opportunities.