May 14, 2025 — The Texas Legislature has passed a bill that sets up a Gulf States Liquefied Natural Gas Industry Compact, which empowers the the Governor to develop and establish or join an interstate compact with other states along the Gulf Coast to promote the liquefied natural gas (LNG) industry.
HB 2890 passed the Texas House of Representatives on April 23rd in an engrossed version, which was then passed to the Senate and was then passed on May 14th by a final vote. The bill now…
BILLS MOVING TO THE GOVERNOR’S DESK
The Texas Legislature has passed and sent to the governor:
Customer guide to home solar energy devices requirement
Passed the Senate and House and is awaiting the Governor’s signature
Sen. Judith Zaffirini, the Laredo Democrat, has called its passage a critical step toward protecting Texans from home solar scams
Senate Bill 1697 is an “attempt to bring transparency to the rooftop solar industry” said its House sponsor, Rep. Gary VanDeaver, a Republican from New Boston in northeast Texas. VanDeaver said the guide, which would be published by the Public Utility Commission, would arm homeowners with the information they need to make informed decisions about rooftop solar.
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BILLS MOVING TO THE GOVERNORS DESK
RRC to oversee task force to address petroleum product theft in the state
Passed the Senate and House, with the Senate concurring with House amendments, is now awaiting Governor’s signature
Authored by Republican Sen. Kevin Sparks of Midland, Senate Bill 494 would direct the Railroad Commission of Texas to oversee the task force, which would recommend solutions to address petroleum-product theft throughout the state. The group would be made up of industry stakeholders and law enforcement agencies. The bill also mandates that the task force submit a report every two years outlining “recommendations to increase transparency, improve security, enhance consumer protections, prevent the theft of petroleum products, and address the long-term economic impact of the theft of petroleum products.”
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BILLS MOVING TO THE GOVERNORS DESK
Corporate leadership dispute resolution and extra legal protection for corporate leadership
Passed the Senate and, May 7th, the House, with the Senate concurring with House committee substitute that result in CSSB 29, bill goes directly to Governor Abbott
Enhances legal protections for corporate leadership, streamlines corporate dispute resolution, and grants businesses greater control over litigation.
“Relating to the formation, governance, and internal management of domestic entities,” to provide greater clarity and predictability regarding judicial review of corporate decision-making.
By enhancing legal protections for corporate leadership, streamlining corporate dispute resolution, and granting businesses greater control over litigation, S.B. 29 would create a more predictable and business-friendly legal environment
See Frost Brown Todd’s analysis here
See the House bill analysis here
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BILLS MOVING TO THE GOVERNORS DESK
Allows the State Energy Conservation Office to adopt more modern energy codes for new residential and commercial construction
Passed the Senate, then
May 8, 2025 — The U.S. Geological Survey released its assessment of potential for undiscovered oil and gas in two formations under much of the Gulf of America Coast from Texas to Florida, assessing that there are technically recoverable resources of 35.8 trillion cubic feet of gas and 28 million barrels of oil.
The estimate for today’s assessment is as much gas as the United States consumes in 14 months at the current rate of consumption. Since exploration began in the area, the Hosston and Travis Peak Formations have produced 8 trillion cubic feet of natural gas, as well as 126 million barrels of oil.
“USGS energy assessments typically focus on undiscovered resources – areas where science tells us there may be a resource that industry hasn’t discovered yet. In this case, our assessment found substantial resources of gas,” said Sarah Ryker, acting director of the USGS.
The onshore Gulf Coast is a major energy production area thanks to a world-class petroleum system and extensive energy exploration and production infrastructure. This assessment is limited to the Hosston and Travis Peak formations, which comprise a small portion of the onshore Gulf Coast’s Cretaceous aged rocks. While the study area stretches from the Mexican border along the Gulf of America to most of Florida, resources are concentrated in one sliver extending from southeastern Texas across central Louisiana through the Mississippi Delta and into state waters of Louisiana, in the Hosston-Travis…
By Ameya Palega
May 7, 2025 — Scientists at the University of Texas at Austin, Los Alamos National Laboratory, and Type One Energy Group in the US have finally solved a problem that has troubled fusion energy research for 70 long years. Using a novel symmetry theory approach, the collaboration has resolved a hurdle that has prevented sustaining plasma inside fusion reactors.
Nuclear fusion technology promises abundant clean energy with no planet-warming gases or risk of highly radioactive waste. Research in this field has been ongoing for decades but has picked up pace in recent years, with the National Ignition Facility (NIF) even demonstrating a net energy gain from fusion reactions.
The challenge, however, in scaling up nuclear fusion has been containing high-energy particles within the walls of the reactor. For fusion to occur, isotopes of hydrogen are heated to temperatures greater than those on the surface of the Sun and exist in a fourth state of matter called plasma, before fusing to form helium molecules and releasing energy.
However, at these temperatures and high energy states, alpha particles leak from the fusion reactor, causing the plasma to become less dense. As the plasma loses heat, it can no longer…
Texas’ strong economic growth depends on a steady supply of fresh water. Without significant investment, however, the state could face shortages during future droughts. Supply can be bolstered with reservoirs, reuse and conservation. Additionally, a transition to market-based policies could allow price signals to more efficiently mediate supply and demand.
Water is essential to the expanding Texas economy and its ability to continue outpacing U.S. growth. However, Texas’ increasing demand for water is running up against its current supply, which is already stressed by extreme heat and more frequent droughts.
Funding for water infrastructure improvements has emerged as a priority for the Legislature during its 2025 legislative session. Absent changes to policy, Texans could face significant water shortages during droughts and constraints on future growth and economic development.
Gauging potential water shortages
The Texas Water Development Board produces the State Water Plan, a blueprint that addresses supply and demand for water during droughts. In 2022, the agency estimated that if a severe drought (“drought of record”) were to occur in 2030, the state would be short 4.7 million acre-feet—more than 20 percent of projected demand.
One acre-foot of water is enough to supply two to three homes for a year. It is a unit of measure equivalent to the amount needed to cover an acre with a foot of water.
Water resources and potential shortages are highly regional because of Texas’ size. In recent years, portions of East Texas experienced near- or above-normal rainfall, while the western half of the state was drier than normal (Chart 1).
Some Texas communities already face extremely low water supplies. Reservoirs in the Rio Grande Valley are below 25 percent capacity. As a result, Brownsville has limited car washing and landscape irrigation and drained city swimming pools to reduce water demand. The city of Mission has weighed a moratorium on new construction, and Corpus Christi has restricted residential yard watering to conserve water. Areas in central Texas, including Austin, have implemented similar measures as Lakes Buchanan and Travis hover around half capacity.
Rapid urban growth and depletion of the Ogallala Aquifer, a prominent water source for agriculture in the Panhandle and West Texas, will exacerbate the impact of future droughts. Under severe drought conditions, the shortage could total 6.9 million acre-feet per year in 2070 if the State Water Plan’s recommendations are not implemented.
Rules differ for groundwater, surface water sources
Texas agricultural users draw mainly from groundwater supplies, while municipal and industrial users rely on both surface water and groundwater.
Nine major aquifers and several minor ones hold groundwater. Texas assigns groundwater rights using the rule of capture, which gives landowners the legal right to the water under their property. Groundwater conservation districts can, however, require well permitting or regulate the pumping and spacing of wells.
Aquifers recharge naturally as rainwater percolates through the ground. Some aquifers recharge quickly; the Ogallala Aquifer does not. The State Water Plan projects groundwater availability will fall 25 percent from 2020 to 2070, partly because of the Ogallala’s depletion.
By comparison, the state owns surface water and grants water rights to users such as cities, utilities, firms and individual landowners. River authorities or watermasters administer water use on some river systems, including the Rio Grande, the Brazos and the Lower Colorado. During a drought, the users with the longest-standing permits tend to take priority.
Regulators manage surface water availability with storm and wastewater capture and reuse, stream diversion and reservoirs. Some metro areas are heavily dependent on surface water. The greater Dallas–Fort Worth area sources 89 percent of its water demand from surface water.
Water demand to grow as economy, population expand
The State Water Plan anticipates water demand increasing 9 percent during the half century ending in 2070, mostly because of population-growth-driven municipal water consumption.
Crop irrigation accounts for the majority of water use in Texas (Chart 2). Farmers and ranchers used 9.8 million acre-feet of water in 2020—mainly groundwater, and much of it from the Ogallala Aquifer.
…
In our April Short-Term Energy Outlook, we forecast U.S. annual natural gas production from the Eagle Ford region in southwest Texas will grow from 6.8 billion cubic feet per day (Bcf/d) in 2024 to 7.0 Bcf/d in 2026. The increase in natural gas production comes as natural gas prices rise and demand for liquefied natural gas exports grows. Oil production in the Eagle Ford, on the other hand, has hovered around 1.1 million barrels per day (b/d) since 2020, and we forecast it will remain about the same through 2026.
This increase in natural gas production with stable oil production in the Eagle Ford region is a result of increasing gas-oil ratios. As more oil and natural gas are produced, pressure within the reservoir declines, allowing more natural gas relative to oil to be produced.
The Eagle Ford region contains many plays, the largest of which are the Eagle Ford play and the Austin…
Electrical grids are vulnerable to climate change, which amplifies intense heat and drought in the summer and intensifies storms in the winter. Nowhere is the problem more pronounced than in Texas, as recent history has shown.
Texas has the added challenge of running its own power grid that doesn’t cross state lines and connect extensively to neighboring regional grids—by design, thus enabling the state to evade regulation by the Federal Energy Regulatory Commission.
So it’s been hard for Texas in times of extreme heat or intense storms to come up with the power it needs at times of peak demand when, in the age of climate change, having adequate, reliable power can prevent people from freezing or sweltering to death in their homes.
“Broadening your interconnection reduces your risks and increases your reliability,” said Dennis Wamsted, an energy analyst at the Institute for Energy Economics and Financial Analysis, a nonprofit energy policy research group, who noted the need for building interregional transmission lines. The lines are expensive to build, he said, but interconnection could lower energy costs once the transmission lines are built.
Now, freshman U.S. Rep. Greg Casar, a former a labor organizer, Austin City Council standout and rising progressive star in Texas, has introduced legislation that would establish power connections across state borders that he said would prevent climate-related blackouts as well as aid the transition to clean energy and cut electricity bills.
He also wants $11 billion from a federal Department…
Update: The bill passed the Senate last month has now moved to the House State Affairs committee
On March 24, 2025, the Texas Senate passed S.B. 388, a bill establishing a mandatory program for “dispatchable” power credits. The proposed program generally resembles programs established in other states to incent the construction of renewable and, in a few cases, nuclear resources. The stated intention of the program is to ensure that 50% of new capacity installed from 2026 onwards is “dispatchable.” Dispatchable is defined in contrast to “non-dispatchable” which is defined as being controlled primarily by forces outside of human control. However, battery storage, which is generally considered a dispatchable power resource, is expressly excluded from the credit program. S.B. 388 passed in an 18-13 vote, largely along party lines. The bill now heads to the Texas House of Representatives for consideration.
Technically speaking, the program is not entirely new—it repurposes an existing program that was never implemented. S.B. 388 is an amendment to Section 39.9044 of Texas’ Utilities Code, which was adopted as part of Texas’ restructuring of the electricity markets to encourage competition. Section 39.9044 created a natural gas energy credit trading program with the goal of encouraging 50% of megawatt generating capacity installed after 2000 to use natural gas. The goal was to incent the construction of competitive and efficient gas-fired generation over the nuclear and coal fired generation that dominated the industry at the time. However, the natural gas credit program never went into effect.
S.B. 388 amends Section 39.9044 to ensure that 50% of the megawatts of generation capacity installed in the Energy Reliability Council of Texas (“ERCOT”) region after January 1, 2026, be sourced from “dispatchable” generation other than battery energy storage. Specifically, S.B. 388 requires the Public Utilities Commission of Texas (“PUCT”) to activate a dispatchable …
Update: The House Land & Resource Management committee approved a committee substitute bill as of April 17th
April 3, 2025 — A bill to expedite the approval process for home energy storage and solar applications was quickly approved by the Senate Business and Commerce Committee in late March, was quickly passed by the Texas Senate and is now in the queue for attention by the state House.
After representatives from the Texas Solar and Storage Association joined Tesla and the Texas Advanced Energy Business Alliance in testifying in favor of the bill, the committee unanimously sent SB 1202 off to the full Senate.
The bill, sponsored by Republican Senator Bill King, would streamline the approval process in allowing licensed engineers and other third parties to conduct required home inspections and review applicable regulatory documents, which frees up the process of installation by no longer requiring regulatory agencies to inspect and review paperwork.
The bill passed the Texas Senate on March 31st and was received by the House on April 1st, where it’s awaiting action.
Following submission to the regulatory agency within 15 days by engineers or outside inspectors, then a decision by the regulatory agency would be…
There are many ways to make hydrogen — a carbon-free energy source and petrochemical ingredient. But no matter the method, all hydrogen production requires a lot of water.
In a recent study, researchers from The University of Texas at Austin examined just how much water the growing Texas hydrogen economy might need. They found that by 2050 new hydrogen production facilities could account for 2–6.8% of water demand in the state.
In comparison to big water draws, such as irrigation or municipal use, hydrogen’s demand is relatively small, said the study’s lead author Ning Lin, an energy economist at UT’s Bureau of Economic Geology. But it has the potential to disproportionately affect communities that face future water issues.
This includes the Gulf Coast, where most current hydrogen infrastructure is built and where most new hydrogen infrastructure is planned. The State Water Plan projects this region to face large annual shortages of fresh groundwater by 2040.
See the House version of this bill, HB 16, by clicking here
See the Senate version of this bill, SB 7, by clicking here
March 20, 2025 — A new bill has been introduced in the Texas Legislature, with a goal for the overall improvement of state water management. Texas House Bill 16 would extend the “powers and responsibilities” of the Texas Water Development Board. District 8 State Rep. Cody Harris (R), has sponsored a bill to broaden the role of the board members. The board manages several responsibilities pertaining to the state water supply such as, collecting and distributing relevant data, assisting with planning, budget, wastewater treatment, flood oversight and agricultural conservation operations.
“Last session, we took a major step forward by creating the Texas Water Fund—approved by 78% of voters. But our work isn’t done. HB 16 expands funding eligibility, prioritizes critical infrastructure repairs, and ensures every dollar is spent wisely,” Harris said. “HJR 7 takes it further by proposing a constitutional amendment to dedicate up to $2 billion in sales tax revenue over the biennium to secure Texas’ water future.”
Should HB 16 pass the board would have more flexibility to carry out their duties for instance:
The bill will be subject to voter approval during the regular session and if it passes, it will take effect on Jan. 1, 2026. — KTEK/MSN
From the Greater Houston Partnership:
Texas lawmakers are moving forward with securing the state’s long-term water future with sweeping new legislation aimed at increasing water availability and funding critical infrastructure improvements. Senate Bill 7 (SB 7) lays out a comprehensive framework to address these challenges, reinforcing the state’s commitment to sustainable water solutions.
The Partnership joins Texas 2036, a leading voice in the statewide coalition, in supporting this critical initiative. Filed by Sen. Charles Perry in early March, SB 7 represents one of the most anticipated policy measures of the legislative session.
Here’s a look at the proposed legislation in both chambers.
What’s in the Bill?
Sen. Perry was emphatic about the need for Texas to deliver a solution. “Water scarcity is no longer a distant threat,” the senator said in his Thursday press release announcing the bill’s filing. “It’s here, and it’s already disrupting the lives of Texans across the state. From West and South Texas, where agriculture is being strangled, to communities struggling to keep up with economic and industrial growth, the lack of water has become the biggest limiting factor for our state’s future.”
For decades, Sen. Perry has been a leading voice on this issue. SB 7 is the culmination of decades of work that saw its first taste of victory in 2023 with the creation of the Texas Water Fund. In SB 7, the plan includes three key components: expanded authority for the Texas Water Development Board to deliver funding for water projects, enhanced legislative oversight through the restructured Texas Water Fund Advisory Committee, and improved reporting and accountability measures.
What are ‘Sweeping Changes’?
SB 7 is targeting the following initiatives to bring new water resources across the Lone Star State:
Click here to download the one-pager outlining the goals for SB 7 and Senate Joint Resolution 66.
What is in the House Bill?
There are many similarities between SB 7 and House Bill 16 (HB 16) by Representative Cody Harris. The latter is broader in scope, with differences in approach to water infrastructure development, financial allocations, legislative oversight, and reporting measures. Here are several highlights from HB 16:
What’s Next?
HB 16 has already been referred to the House Committee on Natural Resources. SB 7 will likely be referred to the Senate Committee on Water, Agriculture, and Rural Affairs, which Sen. Perry chairs.
See the introduced version of HB 14 by clicking here
See the introduced version of the similar bill in the Texas Senate, SB 2967, by clicking here
March 20, 2025 — From the Texas Public Policy Foundation: “Authored by Representative Cody Harris, HB 14 proposes a framework to support the development and deployment of advanced nuclear reactors in Texas for the purpose of bolstering energy security and economic growth through strategic collaboration, investment, and enhanced regulatory programs.
“The Electric Reliability Council of Texas (ERCOT) forecasts that Texas’ total annual load will double from 2023 to 2029 (ERCOT, 2024a, p. 4). While that amount of growth will not be realized in this decade, even realizing a portion of that growth demands more reliable and scalable electricity generation capacity in the ERCOT region. Nuclear energy will be essential in meeting this growing demand over the next decades. As the federal government reduces regulations and expands opportunities for nuclear development, Texas has the capability to lead the nation in the deployment of advanced nuclear reactors.” See the entire statement by clicking here
From Public Citizen: Re: HB 14, Nuclear Energy – Public Citizen testimony in opposition
Dear Chairman King and Members of the Committee:
On behalf of 30,000 members and supporters in Texas, Public Citizen appreciates the opportunity to testify against HB 14, relating to funding mechanisms within the Office of the Governor and Texas Public Utility Commission to support the deployment of advanced nuclear reactors in this state. We must oppose this bill because we do not think taxpayer dollars should support unproven nuclear technologies and we do not believe the bill will lead to more affordable energy on the ERCOT grid within a reasonable time.
Tier 1 and 2 payments are available before a project generates any electricity.
HB 14’s tiered payment system provides grant funding for projects at three separate tiers of completion, as follows.
This means that projects can be awarded Tier 1 and 2 funds without generating any electricity at all. The bill does includes a provision that Tier 1 and 2 agreements may include a requirement to repay funds if no operating license is obtained. If this bill moves forward, we recommend a deadline for generating electricity be set, with any project not meeting that deadline required to return funds. See the entire statement by clicking here
March 20, 2025 — The U.S. Department of the Interior Office of the Inspector General has released an audit report showing the Railroad Commission of Texas successfully used federal grant funding for orphaned well plugging and complied with all related laws and regulations.
The RRC utilized its 40 years of well plugging expertise to expend a $25 million Initial Grant from the Infrastructure Investment and Jobs Act (IIJA) passed by Congress. The agency plugged more than 760 orphaned wells through the Initial Grant.
The Inspector General concluded that “We found that the State of Texas properly expended IIJA orphaned well initial grant funds and fulfilled program goals in accordance with applicable laws, Federal regulations, and grant terms…We make no recommendations as there are not reportable findings.” The audit also noted that the RRC “performs enhanced monitoring on all the contractual work performed on the well-plugging using IIJA funds” submitting daily reports on all completed work and costs as well as performing three levels of review to ensure invoice accuracy.
The majority of oil and gas wells that are no longer producing are plugged by the responsible operators. If an operator is non-compliant or goes out of business the well is considered orphaned, and the Railroad Commission administers a program to plug the wells. The IIJA grants supplement state funds that are used annually to plug orphaned wells across the state.
The RRC is now utilizing the first phase of IIJA Formula Grants to plug wells. However, the formula grants include administrative hurdles that are not specified in the IIJA, such as reviews of Endangered Species Act compliance and compliance with the National Historic Preservation Act, that significantly delay plugging projects. In fact, in the first 12 months of the IIJA Formula Grant, the RRC plugged 45 percent fewer wells using federal funds than were plugged during the first 12 months of the IIJA Initial Grant due to the reviews.
“We are proud to remain a leader in well plugging efforts nationwide and look forward to working with the new Secretary of the Interior to expeditiously plug wells in Texas,” said RRC Executive Director Wei Wang. “According to a recent Interstate Oil and Gas Compact Commission…
By Kevin A. Schug & Alexander Kaplitz, University of Texas at Arlington, from The Conversation
March 20, 2025 — Because plastic is so commonly used, finding new ways to manage and recycle plastic waste is becoming ever more important. Plastic waste pyrolysis is one technology that could help address this issue.
This is a relatively new technique, so researchers still have only a limited knowledge of the pyrolysis process. As analytical chemists, we strive to understand the composition of complex mixtures, especially new creations from sources such as plastic waste pyrolysis.
What is plastic pyrolysis?
Plastic pyrolysis is a chemical process that involves chemically breaking down plastics into other molecules by heating the plastics to extremely high temperatures in the absence of oxygen.
Unlike traditional plastic recycling, pyrolysis theoretically isn’t limited to specific types of plastic. It could be made to accommodate many of them, although current technology is limited to a few types – polyethylene and polypropylene, used in food containers and bottles – at an industrial scale.
So, plastic pyrolysis could help handle the waste from consumer products such as plastic bags, bottles, milk jugs, packaging materials, wet wipes and even discarded children’s toys. Pyrolysis can also handle more complex plastic waste such as tires and discarded electronics, although solid waste handlers and recyclers avoid certain plastic types in pyrolysis, such as polyvinyl chloride – or PVC, which is found in pipes and roofing products – and polystyrene, used in packaging, as these can create harmful byproducts.
During pyrolysis, the plastic polymers are broken down into smaller molecules, resulting in the production of liquid oil, fuel source gases such as methane, propane and butane, and char.
Char is the solid residue left at the end of the pyrolysis process. It can be used as a carbon-rich material for various applications, including adding it to soil to make it healthier for farming, as it increases soil moisture and pH, benefiting nutrient absorption. Char also has the ability to absorb harmful carbon gases from the air, which can help prevent climate change.
The main downside of char is if it’s used too much it can increase soil alkalinity, which may hinder plant growth.
How pyrolosis works
The plastic pyrolysis process typically involves several key steps.
In the first step of pyrolysis, community recyclers collect the plastic waste and clean it to remove any contaminants. The plastic then gets shredded into smaller…
March 20, 2025 — It may sound like a utopian idea or a John Lennon song or maybe just plain impractical, but the sharing of electricity worldwide is not only possible, it’s an idea that’s slowly becoming more practical and therefore more likely.
Electrical power could be shared among nations using underground and underwater cables that tie together countries and continents, and it may only be a few years away, according to one Rice University professor.
Now that wind and solar energy production is dropping in price so much that in some circumstances they’re cheaper than some fossil fuels, Professor of Chemical and Microbiology Engineering Aditya Mohite believes the pieces are falling in place.
“You get electricity from sunlight when the sun shines, and only electricity from wind when the wind blows,” he said Monday, but it’s increasingly important to note that worldwide…
March 20, 2025 — 
Data source:U.S. Energy Information Administration, Hourly Electric Grid Monitor
Note:ERCOT=Electric Reliability Council of Texas; CT=central time
A February 19–22 cold snap increased electricity demand in Texas, and natural gas-fired electricity generation approached record highs for hourly and daily generation.
Electricity demand in Texas typically peaks in the summer during heat waves and in the winter during cold snaps.
During peaks in electricity demand, grid operators must have dispatchable electricity generation sources available to service net electricity load, which is the generation required to meet demand after subtracting supply from intermittent sources such as wind and solar. Surges in electricity demand in the region overseen by the Electric Reliability Council of Texas (ERCOT) are primarily supplied by natural gas-fired generation; ERCOT manages approximately 90% of the electricity load in Texas. In addition to demand surges, natural gas-fired generation rises to meet supply requirements during periods of lower wind and solar generation. In February’s cold snap, demand increased and combined wind and solar generation decreased.
According to our Hourly Electric Grid Monitor, natural gas-fired electricity generation in the region increased to 48.8 gigawatts (GW) between 6:00 a.m. and 7:00 a.m. central time on February 20, 193% higher than the same time on February 18 (the day before the cold snap) and only 1% below the previous record set on January 16, 2024. Rising temperatures during the daylight hours on February 20 decreased electricity generation needs, which led to lower natural gas-fired generation during the daytime.
Although hourly natural gas generation peaked on February 20, daily natural gas-fired electricity generation peaked during the cold snap on February 21 at 991.9 gigawatthours (GWh). Natural gas generation on February 21 was the second-highest daily level ever recorded in ERCOT and 1% less than the previous record set on December 23, 2022, according to our Hourly Electric Grid Monitor. Average daily natural gas-fired generation during the cold snap was 904.8 GWh, 411.1 GWh (83%) more than the February 2025 daily average and 575.6 GWh (175%) higher than the same period in 2024.
Daily net electricity load peaked at 1,357.4 GWh on February 21 (85% higher than on February 18), of which 73% was served by natural gas-fired generation. Natural …
March 13, 2025 — A fire at an electrical substation is being blamed for an underground fire at the Texas Tech University campus in Lubbock, which resulted in students being sent home for an early Spring Break.
There were no injuries reported and no foul play is suspected, according to officials.
About 40% of the buildings on the Tech campus were without power Thursday morning, while Lubbock Power & Light worked to restore service, the campus police department said.
The fire sent blue flames up through manhole covers and there were reports of a gas odor all over campus.
By Thursday afternoon…
By Lucia Vasquez
March 12, 2025 — The Texas Senate on Wednesday unanimously approved a bill that would create a task force to combat the escalating issue of petroleum theft in the state.
Senate Bill 494, authored by Republican Sen. Kevin Sparks of Midland, would form a statewide task force that would “analyze organized oil field theft and recommend solutions” to address petroleum-product theft in Texas, Sparks said on Wednesday. The taskforce, under the oversight of the Railroad Commission of Texas, would be made up of industry stakeholders and law enforcement agencies.
“Thieves engaged in organized theft often operate across multiple jurisdictions, complicating efforts to apprehend and charge them due to a lack of coordination between authorities,” Sparks said.
Petroleum theft has been a persistent problem in Texas. The Energy Security Council…
March 12, 2025 —
In February 2025, Corpus Christi Stage 3, an expansion of the existing Corpus Christi liquefied natural gas (LNG) export facility, produced its first LNG cargo according to the developer Cheniere Energy. Corpus Christi Stage 3 started producing LNG in December 2024. The start of LNG exports from Corpus Christi Stage 3 follows shortly after the start of exports from another U.S. LNG export facility—Plaquemines LNG Phase 1—also in December.
The Corpus Christi Stage 3 expansion facility, located…
There are many ways to make hydrogen — a carbon-free energy source and petrochemical ingredient. But no matter the method, all hydrogen production requires a lot of water.
In a recent study, researchers from The University of Texas at Austin examined just how much water the growing Texas hydrogen economy might need. They found that by 2050 new hydrogen production facilities could account for 2–6.8% of water demand in the state.
In comparison to big water draws, such as irrigation or municipal use, hydrogen’s demand is relatively small, said the study’s lead author Ning Lin, an energy economist at UT’s Bureau of Economic Geology. But it has the potential to disproportionately affect communities that face future water issues.
This includes the Gulf Coast, where most current hydrogen infrastructure is built and where most new hydrogen infrastructure is planned. The State Water Plan projects this region to face large annual shortages of fresh groundwater by 2040.
“Where you put a project can make a huge difference locally,” Lin said. “With multiple hydrogen facilities planned in water-stressed Gulf Coast counties, this study highlights the urgent need for integrated water and energy planning and provides a solid foundation to help policymakers, industry, and communities make informed decisions about hydrogen and water management,” she said.
The research was published in the journal Sustainability.
Eight new hydrogen production facilities are planned for the Gulf Coast and in South Texas as part of the HyVelocity Hub project, a collaboration between industry, academia and non-profits that seeks to build up the hydrogen economy in Texas.
To estimate future water demand, Lin and her colleagues used data from a 2024 National Petroleum Council study that estimated the regional hydrogen demand from 2030–2050 based on two policy scenarios: a net-zero scenario and a stated policy scenario.
The UT researchers examined the water requirements from all aspects of hydrogen production, including water used for cooling. They also examined the water needed for different mixes of “blue hydrogen” and “green hydrogen.” Green hydrogen is produced from water using electricity without carbon dioxide emissions. Blue hydrogen produces emissions and is made by burning natural gas. It can be made low-carbon by trapping its emissions underground using carbon capture and storage technology.
Based on a 50:50 mix of blue and green hydrogen, the researchers determined that water demand for net-zero hydrogen is about 3.4 times more than status-quo hydrogen: 6.8% compared to 2%. Much of the additional water demand is associated with capturing and storing the carbon dioxide emissions from blue hydrogen production.
“Decarbonization is expensive,” Lin said. “You don’t get rid of carbon for free.”
As part of the study, the researchers also provide an overview of water use and water quality for a range of production methods, which affects whether water left over after hydrogen production can be recycled.
For example, green hydrogen production requires ultrapure water that undergoes extensive filtering, so leftover water could be potentially returned to the water supply…