One of the nation’s largest energy infrastructure companies, Kinder Morgan, has proposed a massive project to deliver 1.3 billion cubic feet—or 1,300 billion liters—of natural gas every single day. The megapipeline’s massive capacity is catching global attention as stakeholders and interested parties consider the vast undertaking.
A new natural gas megapipeline will deliver 1.3 Bcf to the Southeast United States
One of the nation’s largest energy infrastructure companies, Kinder Morgan, has proposed a massive project to deliver 1.3 billion cubic feet of natural gas per day. The projected cost of the expansive infrastructure installation is $3 billion.
The South System Expansion 4 Project is just a proposal for now, but it could be operational by 2028 or 2029 if approval is granted. There’s a significant demand for natural gas in the southeastern US (which includes Florida, Georgia, Alabama, Mississippi, South Carolina, North Carolina, Tennessee, and parts of Louisiana) driven by industry, population growth, and natural gas-fired electricity plants.
The new project involves 279 miles of mega-capacity pipeline
Local stakeholders, including landowners, were invited to an open house event at the Bethel Missionary Baptist Church in Tuskegee recently where the initiative was introduced. The plan involves incorporating new sections of pipeline spanning 279 miles to existing routes.
The expansion will involve parallel pipelines, also called loop lines, and upgrades to existing infrastructure such as compressor stations will also be carried out to ensure it can handle the gas flow.
Landowners impacted by the project will receive compensation and no relocations will be required.
Allen Fore, Kinder Morgan’s vice president of public affairs, offered an indication of the expected longevity of the South System Expansion 4 Project:
“Alabama Power have indicated to us, and they’re a part of this project, that they need additional natural gas capacity for really the next 20 to 30 years.”
Kinder Morgan is a giant in the energy world
Kinder Morgan is a major player in the energy infrastructure sector and one of the largest companies of its kind in North America. It controls around 3,000 miles of pipeline infrastructure in Alabama and plays a key part in the transportation of almost 40% of all the natural gas consumed across the United States.
Kinder Morgan specializes in storage facilities and pipeline installations for energy products such as natural gas, oil, petroleum products, and carbon dioxide (CO₂). The company has a vast network of pipelines, terminals, and storage facilities to facilitate transportation across the US, Canada, and Mexico.
To keep up with the global transition to renewable energy, Kinder Morgan has also invested in clean fuels and carbon capture technology to adapt to the evolving energy sector’s demands.
A different kind of resource has been discovered in Minnesota and it’s such a large volume that the global industry could be impacted. The deposit is located in the Babbitt region of St. Louis County, and it’s an almost sure bet that there are economic benefits on the horizon for the region’s economy.
Egypt has signed LNG deals worth $3 billion
In more energy news in a different part of the world, Egypt has signed deals worth about $3 billion to secure 60 cargoes of liquefied natural gas (LNG) with Shell and TotalEnergies to cover the country’s demand for 2025.
Last year, Egypt went back to being a net importer of natural gas and started securing cargoes of LNG. The populous country abandoned plans to become a supplier to Europe after recording a steep decline in domestic output.
Egypt’s domestic supplies fell to a seven-year low toward the end of 2024, mainly because of lower output from the previously productive Zohr gas field and higher power consumption in the country.
In more news about resources, the face of the renewable energy transition in the United States may change with a discovery about what’s contained in the wastewater produced during fracking operations, a sector of mining with a notoriously bad reputation.