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NETL

@NETL_DOE

Driving innovation and delivering solutions.

The journal Nanomaterials has recognized NETL research physical scientist Scott Crawford as a 2025 exceptional reviewer for his contributions to the publication’s peer review process during the second quarter of 2025. netl.doe.gov/node/15052

NETL_DOE's tweet image. The journal Nanomaterials has recognized NETL research physical scientist Scott Crawford as a 2025 exceptional reviewer for his contributions to the publication’s peer review process during the second quarter of 2025.

netl.doe.gov/node/15052

NETL researchers are advancing a pioneering laser technology to provide laboratory-quality detection and analysis of rare earth elements directly in the field. Read more about the research: netl.doe.gov/node/15036

NETL_DOE's tweet image. NETL researchers are advancing a pioneering laser technology to provide laboratory-quality detection and analysis of rare earth elements directly in the field.

Read more about the research: netl.doe.gov/node/15036

A NETL-led team secured first place in the engineering track of the Geothermal Energy from Oil and Gas Demonstrated Engineering (GEODE) Datathon for the development of a new machine learning tool. Learn more: netl.doe.gov/node/15034

NETL_DOE's tweet image. A NETL-led team secured first place in the engineering track of the Geothermal Energy from Oil and Gas Demonstrated Engineering (GEODE) Datathon for the development of a new machine learning tool. 
Learn more: netl.doe.gov/node/15034

NETL researchers have received a patent for an inexpensive sensing platform capable of long-range real-time monitoring to detect CO2 leaks at remote underground storage facilities and in pipelines. netl.doe.gov/node/15033

NETL_DOE's tweet image. NETL researchers have received a patent for an inexpensive sensing platform capable of long-range real-time monitoring to detect CO2 leaks at remote underground storage facilities and in pipelines.  

netl.doe.gov/node/15033

A paper co-authored by current and former NETL researchers was the most downloaded paper of 2024 published by The Minerals, Metals & Materials Society, underscoring the Lab’s prominence as a global leader in superalloy design. netl.doe.gov/node/15025

NETL_DOE's tweet image. A paper co-authored by current and former NETL researchers was the most downloaded paper of 2024 published by The Minerals, Metals & Materials Society, underscoring the Lab’s prominence as a global leader in superalloy design.

netl.doe.gov/node/15025

Today, we join our nation in solemn remembrance of the September 11, 2001, attacks. We honor the lives lost and the courage of first responders whose selfless service continued long after that day. We will never forget.

NETL_DOE's tweet image. Today, we join our nation in solemn remembrance of the September 11, 2001, attacks. We honor the lives lost and the courage of first responders whose selfless service continued long after that day. We will never forget.

An NETL-developed tool to measure the impact of energy production on water quality and model treatment options has been upgraded with data from natural gas wells in Pennsylvania, providing communities with information on a potential revenue source. netl.doe.gov/node/14999

NETL_DOE's tweet image. An NETL-developed tool to measure the impact of energy production on water quality and model treatment options has been upgraded with data from natural gas wells in Pennsylvania, providing communities with information on a potential revenue source.

netl.doe.gov/node/14999

NETL has reported progress on a more effective and less expensive way to combine plastic waste with coal and biomass in a steam gasification process that can produce hydrogen-rich syngas and help tackle various critical energy challenges. netl.doe.gov/node/14998

NETL_DOE's tweet image. NETL has reported progress on a more effective and less expensive way to combine plastic waste with coal and biomass in a steam gasification process that can produce hydrogen-rich syngas and help tackle various critical energy challenges.
netl.doe.gov/node/14998

This Labor Day weekend, NETL salutes the hardworking men and women of the United States whose contributions drive innovation and power American economic growth and prosperity. Happy Labor Day to our talented staff and the nation’s workforce!

NETL_DOE's tweet image. This Labor Day weekend, NETL salutes the hardworking men and women of the United States whose contributions drive innovation and power American economic growth and prosperity. Happy Labor Day to our talented staff and the nation’s workforce!

NETL researchers who discovered transformational technologies to produce graphite from plastics, convert wastes and biomass into fuels and chemicals, and find critical minerals using a new revolutionary sensor were named 2025 R&D 100 Awards winners. netl.doe.gov/node/14997

NETL_DOE's tweet image. NETL researchers who discovered transformational technologies to produce graphite from plastics, convert wastes and biomass into fuels and chemicals, and find critical minerals using a new revolutionary sensor were named 2025 R&D 100 Awards winners.

netl.doe.gov/node/14997

NETL researchers have developed a process to manufacture a class of high-performance alloys for use in a variety of applications, including the export of liquefied natural gas (LNG) from the United States to international markets. netl.doe.gov/node/14996

NETL_DOE's tweet image. NETL researchers have developed a process to manufacture a class of high-performance alloys for use in a variety of applications, including the export of liquefied natural gas (LNG) from the United States to international markets.

netl.doe.gov/node/14996

NETL has developed a tool to assist in the reuse and recycle of produced water generated by oil and gas operations, providing the industry with an online portal that enhances responsible water use during the production of U.S. fossil energy resources. netl.doe.gov/node/14979

NETL_DOE's tweet image. NETL has developed a tool to assist in the reuse and recycle of produced water generated by oil and gas operations, providing the industry with an online portal that enhances responsible water use during the production of U.S. fossil energy resources.

netl.doe.gov/node/14979

A free Zoom webinar to introduce a new NETL-led national laboratory consortium that addresses the gasification of alternative and blended feedstocks to produce syngas for chemicals, fuels or hydrogen is set for 1 p.m. EDT, Thursday, Aug. 21. netl.doe.gov/node/14973

NETL_DOE's tweet image. A free Zoom webinar to introduce a new NETL-led national laboratory consortium that addresses the gasification of alternative and blended feedstocks to produce syngas for chemicals, fuels or hydrogen is set for 1 p.m. EDT, Thursday, Aug. 21.

netl.doe.gov/node/14973

NETL intends to issue a funding opportunity for American industry to use byproducts from existing processes to produce minerals to secure a domestic supply of critical materials needed for almost all modern tech. Read about this & related opportunities: energy.gov/articles/energ…

❗CALLING ALL CRITICAL MINERAL & MATERIAL EXPERTS❗ Download FECM’s new Notice of Intent: “Mines & Metals Capacity Expansion – Piloting By-Product Critical Minerals and Materials Recovery at Domestic Industrial Facilities” 👉 bit.ly/45YSNHJ @ENERGY @NETL_DOE



A NETL-developed technology to rapidly detect critical minerals and rare earth elements in secondary and unconventional sources is the focus of a commercialization partnership funded through the U.S. Department of Energy. netl.doe.gov/node/14969

NETL_DOE's tweet image. A NETL-developed technology to rapidly detect critical minerals and rare earth elements in secondary and unconventional sources is the focus of a commercialization partnership funded through the U.S. Department of Energy.

netl.doe.gov/node/14969

Check out highlights of NETL energy innovation in our third-quarter accomplishments report, now available. netl.doe.gov/2025Q3AC

NETL_DOE's tweet image. Check out highlights of NETL energy innovation in our third-quarter accomplishments report, now available.

netl.doe.gov/2025Q3AC

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