Why the Industrial Energy Transition is so difficult

By Rick Rys

Industry Trends

Why the Industrial Energy Transition is so difficult

The goal of keeping global temperatures from exceeding 1.5 DegC above pre-industrial levels by 2050 is virtually certain to be missed. The needed reductions in greenhouse gases like CO2 and methane do not yet have the full backing of world governments and in many cases previous government commitments have not been met and the needed new commitments that could be made at COP27 will be even harder to meet. Having delayed sufficient actions this long, every pathway forward that could achieve the 1.5 DegC goal would require carbon dioxide removal (CDR) from the air at a scale of several hundreds of GtCO2. The technologies to remove CO2 at 416 ppm in the air are tremendously more expensive than reducing CO2 emissions in the first place.

The COP 27 world climate conference is coming soon in November this year and there is a lot of pressure to make new Industrial Energy Transitionclimate pledges as more people have become aware of just how serious our current situation has become.

Some people may be concerned that we have seen a year of highly unusual weather with record high temperatures, fires, and droughts and flooding, and so far, our climate has only warmed about 1.2 DegC above preindustrial levels. Scientists and engineers point out that we have burned in the irreversible outcome of at least 1.5 DegC by 2050.  From a control system perspective, the  manipulated variables have been moved too slowly to regulate our planets temperature. Even if all human CO2 emissions completely stopped tomorrow as a step change, the worlds air and ocean temperatures would continue to rise as the time constant for atmospheric CO2 to return to the equilibrium values we had during the preindustrial age are on the order of 100 years. The predictions for our world reaching 1.5 or 2.0 degrees of warming by 2050 are based on achieving the pledges we made and somehow figuring out how to remove CO2 from the air. If we just did nothing, the world would on a path that would result in roughly 6 DegC of warming. Rather than looking at last years weather we need to clearly look at where we are going and take actions that will be effective. The path we are on now should frighten you. Government pledges will require new policies Industrial Energy Transitionthat will be difficult technically, economically, and politically. When governments commit to emissions reductions, they don’t have all the policies to achieve these fully developed. This makes it hard to understand how these new policies will impact various industries.

In August this year, the journal Nature issued a report that shows each additional ton of carbon dioxide that cars, power plants and other sources add to the atmosphere costs society $185. The damages from crop failures, droughts, fires, air quality, weather  extremes, and loss of ecosystems all contribute to the cost.

So why is this energy transition so difficult

You might think that if CO2 is costing our society $185 per ton the obvious answer would be to simply put an equal or even higher price on carbon to discourage its use. A price on carbon is widely acknowledged to be the simplest fairest and most effective policy, but so far, the US has resisted this at the federal level.

The work of early climate researchers was directly attacked, and attempts were made to create doubt,  as the implication of their work suggested reducing CO2 which threatened the business interests of many industries. This has slowed the widespread realization of our situation. Meanwhile there have been extensive new and better research done that has provided much more detailed and more useful analysis and accurate model predictions to see the predicament we are all in. At the same time new research and industrial innovation has developed technology that can eventually get us to the net zero sustainable world that we desire. The problem is we need to move very fast. In the US we do have many states making policies that effectively put a price on carbon, such as policies on electric power portfolios, and with the new inflation recovery act (IRA), we have a federal policy that includes numerous investments in climate protection, including tax credits for households to offset energy costs, investments in clean energy production and tax credits aimed at reducing carbon emissions. The IRA is a moderate step in the right direction.

What is the technical energy transition?

The path to a net zero and sustainable world will need these changes:

  • Coal powered the industrial revolution, but low-cost natural gas has made it uncompetitive. Adding CCUS technology to coal only makes it less competitive and efforts are being made to repurpose powerplant sites with wind and nuclear power.
  • Gas and Oil for building heat needs to be replaced with low carbon alternatives like new cold weather heat pumps and geothermal systems. Heating contractors have grown to support installation and servicing of these heat pumps.
  • Fossil powered transportation must be electrified. Hydrogen may play a role with trains, aircraft, or maybe trucks. This has implications for a whole new mining industry for lithium, cobalt, nickel, copper, and graphite. The demand for passenger EV’s has far exceeded expectations and this is an industry in transition.
  • The utility industry must make more power and do that without making carbon. This implies massive renewable power expansion, widespread CCUS technology, and eventually maybe a nuclear power renaissance. Grid interactive customers are part of this transition. Wind and solar are now the lowest cost sources of electric power, and even lower than natural gas without CCUS, and there are many solutions to renewable  intermittency.
  • Steel, cement, and ammonia production processes produce about 18% of our carbon emissions worldwide and must change. Steel production with hydrogen has already started as blast furnaces can be adapted to use hydrogen. Decarbonizing cement will need CCUS as the process inherently makes CO2 from the reactions involved. Using Green hydrogen for making ammonia simply requires a supply of green hydrogen to replace natural gas reforming.
  • While fossil fuels will eventually decline their production remains essential to our economy. The industry is working on difficult problem of reducing Scope 1 and 2 emissions in the production, mid-stream, and refining sectors by reducing methane emissions, reduced flaring, electrifying many processes that currently require fuel combustion and by using CCUS.

What are the new policies we need?

In late June, the Supreme Court issued a ruling stating that the Environmental Protection Agency cannot put state-level caps on carbon emissions under the 1970 Clean Air Act. Such authority would, in effect, steer states away from coal and toward other types of power sources that emit less carbon. This policy is mostly viewed as a setback, but it has energized lawmakers to create new laws that will better enable the EPA.

Exactly how governments can make the shift is a complex issue  According to the Norwegian Energy Analyst Rystadenergy the recent US IRA act is the kind of policy that will begin to make a dent in the problem. The charts below show the projected incremental renewable investments that will be made as a result of the IRA policy.


Industrial Energy Transition

The most efficient and effective government policy to deal with a pollutant like methane or CO2 is to directly limit it’s release by putting a sufficient penalty on their release. While specific  industries will be impacted more than others, we now realize these industries must change for the common good. In a recent interview with Darren Woods the CEO of ExxonMobil Darren mentions that carbon capture is easiest when the concentration is highest, but they need over $100/ton price on carbon to start building at scale. Darren is waiting for a price on carbon before they invest. This is the interview of Darren Woods:  https://www.youtube.com/watch?v=gTZK94-5yjU.

Although it is less efficient, the path forward is to subsidize the low CO2 alternatives and the US IRA act does exactly that. There are indications that it can be effective, but there are also concerns that it is not efficient and favors particular technologies, companies, and geographic locations. It is no wonder that some companies will succeed, and some will fail when it is so hard to plan and predict the incentives. Perhaps the real reason that industry has been slow to adapt to the energy transition is that few people or businesses have planned for issues that have the longer time constants. Five years is considered a long-term plan. The department of defense and the Pentagon however are much better at long term planning and the issues of military readiness, population migration, and general world stability require them to model and understand how our environment is changing. https://www.whitehouse.gov/briefing-room/statements-releases/2021/10/21/fact-sheet-prioritizing-climate-in-foreign-policy-and-national-security/.

At ARC we have written about the value and importance of digital twins. Everyone should understand our climate future and there are no shortages of digital twin models of planet earth. Seeing our future visually will help us plan and get to where we need to be sooner. Making the long-term view a part of your plans will help all businesses survive, including yours.

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