Prashil Badwaik’s Post

Hydrogen System v. Petroleum System. A comparison of fluid systems highlighting differences in the nature and location of the source with respect to the host sediments. Article: Natural hydrogen: sources, systems and exploration plays Owain Jackson, Andrew E Stocks, Ian P Hutchinson, Steve R Lawrence, Andrew C Barnicoat, Mike Powney

The first lithium carbonate produced from Neptune Energy‘s Altmark reservoir, by Direct Lithium Extraction (DLE) with the pilot plant of our alliance partner Geolith and with support from KBR, Inc.

During the 7-day withdrawal phase almost 90% of the previously injected hydrogen was recovered. Analysis showed that the reservoir performance remained the same and a very homogeneous hydrogen distribution within the reservoir can be indicated. #energystorage #hydrogen #longtermstorage #seasonalstorage #Germany https://bit.ly/3Uww0yp

As #CCUS becomes a critical part of the decarbonization strategy, lessons learned from enhanced oil recovery (EOR) can help provide a path forward >> https://bit.ly/3Wl8Ydu In his main stage session at the Carbon Capture & Hydrogen Technology Expo, Steven Knabe, global director of Evaluation and Production for Halliburton Consulting explained the relationship between EOR and CCUS. “Expanded commercial use of CO2 for EOR in many oil-producing regions can help provide incentives to capture CO2,” said Knabe. “Moreover, using CO2 for EOR results in a high percentage of the CO2 remaining in the oil reservoir, effectively sequestering it over time. Once EOR is no longer economical in a field, the CO2 can be either used for other commercial purposes or sequestered permanently in the geological formation,” said Knabe. Explore Knabe's full presentation in the link above.

As carbon capture, utilization, and storage (CCUS) becomes a critical part of the decarbonization strategy, lessons learned from enhanced oil recovery (EOR) can help provide a path forward. For more than four decades, Halliburton has used CO2 in places like the Permian Basin in Texas to help customers maximize reservoir output. In the past, engineers have used this technique to pipe naturally occurring CO2 underground to oil fields. In his main stage session at the Carbon Capture & Hydrogen Technology Expo, Steven Knabe, global director of Evaluation and Production explained the relationship between EOR and CCUS. Click the link below to read his key takeaways.

As carbon capture, utilization, and storage (CCUS) becomes a critical part of the decarbonization strategy, lessons learned from enhanced oil recovery (EOR) can help provide a path forward. For more than four decades, Halliburton has used CO2 in places like the Permian Basin in Texas to help customers maximize reservoir output. In the past, engineers have used this technique to pipe naturally occurring CO2 underground to oil fields. In his main stage session at the Carbon Capture & Hydrogen Technology Expo, Steven Knabe, global director of Evaluation and Production explained the relationship between EOR and CCUS. Click the link below to read his key takeaways.

As carbon capture, utilization, and storage (CCUS) becomes a critical part of the decarbonization strategy, lessons learned from enhanced oil recovery (EOR) can help provide a path forward. For more than four decades, Halliburton has used CO2 in places like the Permian Basin in Texas to help customers maximize reservoir output. In the past, engineers have used this technique to pipe naturally occurring CO2 underground to oil fields. In his main stage session at the Carbon Capture & Hydrogen Technology Expo, Steven Knabe, global director of Evaluation and Production explained the relationship between EOR and CCUS. Click the link below to read his key takeaways.

As carbon capture, utilization, and storage (CCUS) becomes a critical part of the decarbonization strategy, lessons learned from enhanced oil recovery (EOR) can help provide a path forward. For more than four decades, Halliburton has used CO2 in places like the Permian Basin in Texas to help customers maximize reservoir output. In the past, engineers have used this technique to pipe naturally occurring CO2 underground to oil fields. In his main stage session at the Carbon Capture & Hydrogen Technology Expo, Steven Knabe, global director of Evaluation and Production explained the relationship between EOR and CCUS. Click the link below to read his key takeaways.

As carbon capture, utilization, and storage (CCUS) becomes a critical part of the decarbonization strategy, lessons learned from enhanced oil recovery (EOR) can help provide a path forward. For more than four decades, Halliburton has used CO2 in places like the Permian Basin in Texas to help customers maximize reservoir output. In the past, engineers have used this technique to pipe naturally occurring CO2 underground to oil fields. In his main stage session at the Carbon Capture & Hydrogen Technology Expo, Steven Knabe, global director of Evaluation and Production explained the relationship between EOR and CCUS. Click the link below to read his key takeaways.

As carbon capture, utilization, and storage (CCUS) becomes a critical part of the decarbonization strategy, lessons learned from enhanced oil recovery (EOR) can help provide a path forward. For more than four decades, Halliburton has used CO2 in places like the Permian Basin in Texas to help customers maximize reservoir output. In the past, engineers have used this technique to pipe naturally occurring CO2 underground to oil fields. In his main stage session at the Carbon Capture & Hydrogen Technology Expo, Steven Knabe, global director of Evaluation and Production explained the relationship between EOR and CCUS. Click the link below to read his key takeaways.