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!
The midstream sector plays a vital role in the oil and gas supply chain, serving as a crucial link. As the energy transition continues, this industry, like the broader sector, encounters various risks. Yet, existing analyses have predominantly concentrated on the risks faced by the upstream and downstream sectors, leaving the fate of the midstream relatively unexplored. In a nutshell, midstream operators differentiate themselves by offering services instead of products, resulting in potentially distinct revenue models compared to extraction and refining businesses. However, they are not immune to the long-term risks associated with the energy transition away from oil and gas. Over time, companies involved in transporting and storing hydrocarbons face the possibility of encountering a combination of reduced volumes, heightened costs, and declining prices.
The Williston Basin, which spans parts of North Dakota, Montana, Saskatchewan, and Manitoba, is a major oil-producing region in North America. In order to transport crude oil and natural gas from the wells to refineries and other destinations, a vast pipeline infrastructure has been built in the area. The pipeline infrastructure in the Williston Basin consists of a network of pipelines that connect production sites to processing facilities, storage tanks, and major pipeline hubs
The oil and gas industry has long relied on the recommendations of trusted experts to make key supply chain decisions. The growing popularity of Blockchain technology could significantly disrupt these relationships by providing an unbiased methodology for sourcing, tracking, and executing transactions on behalf of customers with transparent data sets across supply chain endpoints. Blockchain technology has already been used by many global companies in the last two years in various areas such as IoT (Internet of Things), smart contracts, and cryptocurrencies. It has enabled businesses to benefit from the inherent trust and transparency of the technology.