If there’s one area where Trump is likely to have legislative success, it’s probably the budget and taxes. A partisan majority of Republicans in Congress will go along with any tax and spending cuts, leaving Trump in a good position to get his way. And his current budget proposal is nothing less than a full-scale assault on environmental protections and public health.
It’s a bad combination of Trump’s seemingly genuine antipathy to government regulations and his party being captured by big polluters in the oil and gas industry.
My UC Berkeley Law colleague Dan Farber runs through the numbers on Legal Planet, but they basically include massive cuts to environmental enforcement, restoration and monitoring, including on climate data, as well as eliminating research in clean energy.
The last part on clean energy cuts is particularly frustrating. I’ve blogged before about the success of ARPA-E, the most important governmental agency you’ve never heard of. It’s the “moonshot” agency that is funding breakthrough technologies in batteries, solar power and other vital technology. Since 2009, it has provided $1.3 billion in funding to more than 475 projects, of which 45 have then raised $1.25 billion in private sector funds.
So of course Trump and his allies want to eliminate the agency completely.
But all is not yet lost. The budget will go through a lot of sausage-making in Congress, and even many Republicans are invested in some of these programs, given the benefits they provide their districts.
But environmental and public health advocates will be starting from a tough position, and this is one area where Trump is likely to get a lot of what he wants.
ARPA-E just might save the world. And you probably never heard of it. As I wrote back in January 2015 (okay, I’ll just quote myself here):
Why is ARPA-E so important? Because this Department of Energy group is searching out and funding those moonshot — or sunshot — technologies that will give us the energy breakthroughs we need to fight climate change. If we’re going to find the better battery to finally wean us off oil and into electric drives, or build the cheap energy storage device to capture surplus renewables and truly decarbonize the grid, or make our solar panels even more efficient and cheap, chances are ARPA-E will be involved in making that happen.
Now the agency, on the occasion of its seventh birthday, is releasing a report detailing some of its successes. Per Utility Dive:
Since 2009, ARPA-E has provided $1.3 billion in funding to more than 475 projects. Of those, 45 have gone on to raise $1.25 billion in publicly-reported private sector funding.
“ARPA-E fills a critical gap in the innovation ecosystem, investing to de-risk and accelerate the development of high risk, high impact technologies that would otherwise find it difficult to secure investment,” said Jesse Jenkins, a researcher and doctoral candidate at the Massachusetts Institute of Technology.
“This is an essential role for government to step into, helping bridge the ‘technological valley of death,’ a consistent dearth of private sector funding that impedes the translation of promising research into commercial technologies,” he added.
The article describes a few examples, particularly with battery systems and other energy storage technologies. These funded projects include hybrid fuel cells, zinc-air batteries, as well as flywheels and a vegetable-based flow battery developed by Harvard researchers.
This is the kind of agency that the federal government should be funding to the brim, especially with this impressive track record on deployment. It’s also one of the critical issues at stake between a Trump or Clinton victory this fall. If we want to continue on this path and fund the breakthrough clean technologies of the future, the choice is clearly for Clinton.
And in the meantime, the success to date for ARPA-E is a big credit to President Obama and the agency staff. Let’s hope they continue the momentum, as the health of the planet depends on it.
With a name straight out of a WALL-E future, it’s ARPA-E, also known as the “U.S. Advanced Research Projects Agency – Energy” (don’t confuse them with DARPA-E, its cousin that focuses on defense).
Why is ARPA-E so important? Because this Department of Energy group is searching out and funding those moonshot — or sunshot — technologies that will give us the energy breakthroughs we need to fight climate change. If we’re going to find the better battery to finally wean us off oil and into electric drives, or build the cheap energy storage device to capture surplus renewables and truly decarbonize the grid, or make our solar panels even more efficient and cheap, chances are ARPA-E will be involved in making that happen. From its website:
Since 2009, ARPA-E has funded over 360 potentially transformational energy technology projects. Many of these projects have already demonstrated early indicators of technical success. For example, ARPA-E awardees have:
- Developed a 1 megawatt silicon carbide transistor the size of a fingernail
- Engineered microbes that use hydrogen and carbon dioxide to make liquid transportation fuel
- Pioneered a near-isothermal compressed air energy storage system
Technical achievements like these have spurred millions of dollars in follow-on private-sector funding to a number of ARPA-E projects. In addition, many ARPA-E awardees have formed start-up or spin-off companies or partnered with other parts of the government and industry to advance their technologies.
If I were in charge of the federal budget, I would fund this agency to the brim. So I’m pleased to see ARPA-E announcing another round of funding, this time for $125 million for “renewable and non-renewable electricity generation, transmission, storage and distribution, as well as energy efficiency technologies.” The funds can also go to transportation-oriented projects, including those focused on fuels, electrification, and energy efficiency. You can read more here.
While I know it’s a huge stretch to imagine happening, I hope this new congress supports the agency in the budget process. It just may be the best hope we have for finding and developing the technologies needed to truly solve climate change.