Blog
Since days when shale oil and gas technologies were discovered, the U.S. energy industry has been evolving more rapidly than ever before. Many changes are amazing especially when you put them on an industry map. At Rextag not only do we keep you aware of major projects such as pipelines or LNG terminals placed in service. Even less significant news are still important to us, be it new wells drilled or processing plants put to regular maintenance.
Daily improvements often come unnoticed but you can still follow these together with us. Our main input is to “clip it” to the related map: map of crude oil refineries or that of natural gas compressor stations. Where do you get and follow your important industry news? Maybe you are subscribed to your favorite social media feeds or industry journals. Whatever your choice is, you are looking for the story. What happened? Who made it happen? WHY does this matter? (Remember, it is all about ‘What’s in It For Me’ (WIIFM) principle).
How Rextag blog helps? Here we are concerned with looking at things both CLOSELY and FROM A DISTANCE.
"Looking closely" means reflecting where exactly the object is located.
"From a distance" means helping you see a broader picture.
New power plant added in North-East? See exactly what kind of transmission lines approach it and where do they go. Are there other power plants around? GIS data do not come as a mere dot on a map. We collect so many additional data attributes: operator and owner records, physical parameters and production data. Sometimes you will be lucky to grab some specific area maps we share on our blog. Often, there is data behind it as well. Who are top midstream operators in Permian this year? What mileage falls to the share or Kinder Morgan in the San-Juan basin? Do you know? Do you want to know?
All right, then let us see WHERE things happen. Read this blog, capture the energy infrastructure mapped and stay aware with Rextag data!
Agrivoltaics: Merging Solar Power and Farming Across the USA – Promise, Problems, and the Path Ahead
Agrivoltaics, a combination of agriculture and solar power generation on the same land, is quickly gaining traction across the United States as a solution to balancing the demand for renewable energy and the need to preserve farmland. As the country pushes toward its goal of achieving net-zero emissions, solar power is expected to play a significant role in this transition. However, concerns about the loss of agricultural land have led to the rise of agrivoltaics, where farming and solar energy production coexist.
California’s Renewable Energy Isn’t as Safe as It Looks: Why Are We Wasting So Much Energy?
California has long been at the forefront of renewable energy in the United States, from its vast solar farms to its growing battery storage capacities. But beneath the headlines of a "clean energy revolution" lies a complex reality—one shaped by ambitious targets, grid challenges, and the everyday experiences of Californians grappling with rising energy costs and increasing grid instability. As California pushes towards its 100% clean energy goal, the road is full of both promise and pitfalls.
Can Oil-Rich Texas Be a Clean Energy Titan: Sugary Sweet Attempt at Leading the Renewable Revolution
Texas is taking bold steps toward a future powered by clean energy. Once known mainly for its oil and gas, the state is now a leader in wind, solar, and battery storage. But as electricity demand grows, so do the challenges of balancing energy needs with infrastructure limits. Here’s a look at how Texas is transforming and what hurdles lie ahead + find out who works with Facebook’s parent company Meta on new technology across the U.S.
New York's Race Against Time: Can Solar and Wind Power Save the Big Apple from an Energy Crisis?
Power Plants: 124955 MW Solar: 63726 MW Wind: 2204 MW Biodisel Plants: 1.5 Mmgal/yr capacity Source: Rextag Energy DataLink
Geodata Requirements for Solar Farm Siting: TOP US States for Solar Energy
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Solar energy is quickly becoming one of the most popular and sustainable ways to generate power. As more people and businesses turn to renewable energy, finding the best spots in the United States to build solar farms is crucial. This is where Geographic Information Systems (GIS) comes in. GIS technology helps us analyze the environment, land features, and land use to identify the best places for solar energy projects. By using GIS, we can boost energy production and reduce the environmental impact, all while helping the country meet its renewable energy goals.
After Hurricane Beryl, U.S. Aims High to Sustain Solar Energy Growth and Stay Top in Renewables
Texas energy companies are picking up the pieces after Hurricane Beryl, an early Category 5 hurricane, hit the U.S. Gulf Coast earlier this week. However, it weakened to Category 1 by the time it made landfall in Texas. The hurricane brought heavy rainfall and sparked fears of storm surges, flooding, and tornadoes. As Hurricane Beryl neared, the natural gas supply to Freeport LNG’s export facility in Texas nearly stopped the day before the storm struck. Houston was particularly hard-hit, with the storm knocking out power for two million residents. CenterPoint Energy, a key power provider in the area, felt the brunt of the hurricane but aimed to have power restored to half the affected customers by the following day.
A Green Future: $2 Trillion Investment in Clean Energy on the Horizon for 2024
The global investment in upstream oil and gas is also set to rise by 7% in 2024 to $570 billion, continuing the growth trend from 2023. National oil companies in the Middle East and Asia primarily drive this increase. This year, the global shift toward clean energy will see investments reaching a monumental $2 trillion, according to the International Energy Agency (IEA). This amount is double what is being invested in fossil fuels. In its annual World Energy Investment report, the IEA highlights that for the first time, total energy investment will surpass $3 trillion in 2024.