Our power grid can BARELY handle the current energy needs for our population, housing, transportation and industry needs. Just imagine what would happen if even 50% of households and apartment complexes had their occupants charging vehicles around the clock. All while many of the same segment pushing for banning ICE vehicles are also in favor of banning fossil fuel exploration and production.
I have no problem with us trying to be cleaner. Industry is making great strides, including the oil & gas and petrochem industries, in this arena. Some may say "Well what took them so long?", but those same folks may also need to consider that you can't overnight scale up new cleaner technologies in these industries without increased costs being passed on to the consumer.
We should strive to be greener, but we have to do it in a responsible way that doesn't stifle energy production growth at a time when our energy needs continue to grow. That is just as reckless and irresponsible as if we'd revert back to the old Evangeline oilfield boom days of just letting all the produced saltwater from oil wells run all over the surface and discharged into bayous.
Sure, POTENTIALLY.
But it would still be nice if folks would actually use the terms correctly. One avenue is offering a reduction in the tax burden an individual or entity is already paying, and it's based on capital investments being made by said individual or entity. The other is simply government handing over taxpayer money, regardless of what investment is being made or what, or if, a tax burden is even being paid at the end of the day.
Tax Deductions as Subsidies
Oil and Gas Industry:
Intangible Drilling Costs (IDCs):
Description: Allows companies to deduct most of the costs associated with drilling new wells, regardless of whether production occurs or future revenue is generated. (This effectively means handing over taxpayer money even if the company doesn't end up paying taxes.)
Impact: Immediate reduction in taxable income, encouraging further investment in exploration and drilling, regardless of the company’s overall tax burden at the end of the day.
Percentage Depletion Allowance:
Description: Permits companies to deduct a fixed percentage of their gross income from oil and gas wells. This can result in deductions that exceed the original investment, providing financial benefits beyond the actual costs incurred.
Impact: (Can lead to deductions that return more than the initial investment, effectively reducing the overall tax burden over the long term, regardless of whether a tax burden is incurred.)
Domestic Manufacturing Deduction:
Description: A percentage deduction on income derived from domestic production activities, including oil and gas. This deduction is available regardless of whether the activity generates tax revenue.
Impact: Reduces taxable income, promoting domestic production. (This benefit applies even if no actual tax revenue is generated from these activities.)
Both the oil and gas industry and renewable energy projects ultimately cost taxpayers money, regardless of their potential tax revenue. It is particularly striking that while about 20% of electricity in Louisiana comes from non-oil and gas sources, such as nuclear and renewables, the concept of electric cars still seems to alarm many individuals.
If said company is receiving this check without a tax burden, then sure, chalk it up as a subsidy. But those companies are going to typically be your small couple man operators that in reality, if they drill too many wells where money made is so little that their check from the government is larger than their tax burden, they won't be in business long. THAT's not who the media and politicians are targeting in their rhetoric about subsidies to oil & gas industry. They want you thinking of Exxon, Chevron, EOG, OXY, Marathon, etc. You know, big EVIL oil & gas making millions and billions in profits (which they are paying taxes on). What those companies are able to write off amounts to tax breaks.Description: Allows companies to deduct most of the costs associated with drilling new wells, regardless of whether production occurs or future revenue is generated. (This effectively means handing over taxpayer money even if the company doesn't end up paying taxes.)
I guess it means what you define as costs taxpayers, especially when local and overall economic impact is considered.Both the oil and gas industry and renewable energy projects ultimately cost taxpayers money, regardless of their potential tax revenue.
I have zero issue with EVs being out there as an option for people. Just like for energy production, optionality is great to have. I have a HUGE issue with politicians drafting and signing bans on ICEs, natural gas stoves and furnaces, etc.It is particularly striking that while about 20% of electricity in Louisiana comes from non-oil and gas sources, such as nuclear and renewables, the concept of electric cars still seems to alarm many individuals.
With Beryl, you know what I was thankful for? Natural gas still running into my home. Gasoline and propane to run my generator.
The 2021 Freeze in Houston area, damn thankful for my natural gas stove to heat up gumbo and soup from the freezer to have something warm while it was 42 degrees for two days straight in my home.
So you’re okay with subsidies to small startups but prefer them not to be given to big existing companies?
By the way, all of the companies listed are investing in renewable energy and receiving subsidies.
ExxonMobil
ExxonMobil has several significant investments in renewable energy:
Renewable Diesel: ExxonMobil has committed to purchasing up to 5 million barrels per year of renewable diesel from Global Clean Energy’s biorefinery in Bakersfield, California. This project uses the camelina crop, a non-food source, to produce the fuel, significantly reducing greenhouse gas emissions compared to conventional diesel (ExxonMobil).
Carbon Capture and Storage (CCS): ExxonMobil is heavily involved in CCS technology, developing several CCS hubs in Houston and Wyoming, as well as international projects in Scotland, France, Belgium, and the Netherlands (ExxonMobil) (ExxonMobil).
Hydrogen: ExxonMobil is working on producing low-carbon hydrogen using CCS technology to reduce emissions (ExxonMobil) (ExxonMobil).
Chevron
Chevron is also investing in renewable energy:
Biofuels: Chevron has invested in several biofuel initiatives, including partnerships with companies like Brightmark to produce renewable natural gas and renewable diesel.
Geothermal Energy: Chevron has a long-standing involvement in geothermal energy, continuing to develop and invest in geothermal projects worldwide.
Hydrogen: Chevron is developing hydrogen projects, exploring hydrogen production and fuel cell technology.
EOG Resources
EOG Resources has been more focused on improving the efficiency of its operations rather than direct investments in renewable energy. However, they have initiatives aimed at reducing emissions:
Emissions Reduction: EOG has focused on reducing methane emissions and improving overall environmental performance through various technological innovations.
Occidental Petroleum (OXY)
Occidental Petroleum has made notable investments in carbon management and renewables:
Carbon Capture: OXY is a leader in direct air capture technology, aiming to remove CO2 directly from the atmosphere and use it for enhanced oil recovery or permanent storage.
Solar Energy: OXY has invested in solar energy projects to power some of its operations, reducing reliance on traditional fossil fuels.
Marathon Petroleum
Marathon Petroleum has also stepped into the renewable fuels sector:
Renewable Diesel: Marathon has converted its Martinez refinery to produce renewable diesel, leveraging feedstocks such as animal fats, soybean oil, and corn oil.
Sustainable Aviation Fuel (SAF): Marathon is exploring the production of SAF from renewable feedstocks.
Each of these companies is taking steps toward integrating renewable energy into their portfolios, with varying degrees of investment and commitment to different technologies.
https://rebusinessonline.com/first-s...ish-louisiana/
In September 2023, First Solar, the world's largest solar panel manufacturer, broke ground on a $1.1 billion manufacturing facility in Iberia Parish, Louisiana, near the Acadiana Regional Airport. The facility is expected to be operational by the first half of 2026 and will be the company's fifth fully vertically integrated factory in the United States.
The facility will produce high-performance photovoltaic (PV) solar modules, including First Solar's Series 7 modules, which are expected to be made with 100% U.S.-made components. Designed to transform a sheet of glass into a ready-to-ship module in about 4.5 hours, the facility will produce more than a dozen new solar panels every minute.
First Solar's investment is expected to create approximately 1,400 new jobs in Acadiana, including more than 700 direct manufacturing jobs and an estimated 694 new indirect jobs. These jobs are expected to have an average annual salary of $80,000, contributing to an annual payroll of over $40 million. Additionally, First Solar is seeking local and regional suppliers to assist with the construction.
Louisiana's deep talent pool in the solar energy sector was a key factor in First Solar's decision to locate the facility in the state. The company believes this facility will be the largest capital investment in the area's history and will significantly expand America's capacity to produce PV solar panels.
If you think renewable energy doesn't have local impacts, you're missing out on significant developments happening right in your community.
The Hazlett family's 37 rooftop solar panels withstood Hurricane Ida’s Category 4 winds, which had maximum gusts of 172 mph. These panels enabled them to power parts of their house, while their neighbors, who relied on gasoline-powered emergency generators, faced difficulties refilling their fuel supply due to closed fuel stations.
For more details on this story, you can read the full article on NOLA.com: Rooftop solar systems survived Hurricane Ida.
During the February 2021 freeze in Houston, solar power played a significant role in alleviating some of the power crisis impacts. Rooftop solar systems, had supplied more than enough electricity to meet the grid’s shortfall during the winter storm. This renewable energy source was found to have contributed to meeting power demand during 13 of the 20 peak load hours of the freeze.
After storms, finding gasoline can be challenging, as highlighted in this video https://www.youtube.com/watch?v=NEMgZzqluvk. After Hurricane Beryl, there was no shortage of solar radiation, which provided power directly to homes. In emergencies, using all available resources, including natural gas or propane, is essential. Personally, I've used a solar panel to power lights, a small fridge, and a window unit in my shop for years. The initial cost was small, but it provides unlimited power. While I still drive a gas vehicle and use oil and gas for my home, I've experienced the benefits of solar energy and know it works.
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