Friday, May 26, 2017

Clean Energy Innovation Requires Collaboration, Researcher Says

By Rory D. Sweeney

PHILADELPHIA — The next wave of clean-energy innovation will require collaboration as well as competition, says a researcher for the Near Zero energy policy advocacy group.

Speaking at a lecture series sponsored by the University of Pennsylvania’s Kleinman Center for Energy Policy last week, Dan Sanchez, a postdoctoral scholar at the Carnegie Institution for Science, said sharing intellectual property and allowing open access to research data are catalysts necessary for growth in the clean energy industry.

clean energy innovation

Researcher Dan Sanchez discussing his conclusions for developing effective clean-energy policy. | © RTO Insider

“There’s actually some really strong empirical work that shows that connectivity between the private sector and the public sector really does improve innovation outcomes and really does improve the chances that publicly funded research results in commercially successful products,” he said.

Sanchez focused his argument on two initiatives, one an institutional effort and the other creating a roadmap for successful implementation of technology. The technological initiative focused on developments in bio-energy with carbon capture and storage (BECCS).

The institutional effort focused on Mission Innovation, a 23-country commitment established in 2015 to double their annual combined public funding of clean-energy research and development from $15 billion per year to $30 billion per year by 2021.

Consistency is Key

He identified three “waves” of clean-energy investment in the past 70 years that failed to take hold permanently: nuclear energy following World War II; nuclear, renewables and energy efficiency in response to the oil crisis of the 1970s; and renewables, carbon sequestration, efficiency and grid upgrades in the 2000s.

Following each spurt of investment, there was a “dramatic retrenchment” in private funding as projects failed to deliver on their promises, he said.

“I think the lesson of the past two waves of energy innovation is that capricious funding — funding that ramps up and then ramps down very quickly — can really stall the pace of innovation,” he said. “Following World War II, the U.S. and the European Union in particular really focused on research and development of nuclear energy technologies. … We really kind of settled on standardized technology pretty quickly, and then dramatically reduced our R&D funds.”

Sanchez sees Mission Innovation having the potential to spur a fourth investment wave and says a clear, consistent path will be necessary to sustain it. That will include a centralized, independent headquarters, along with public visibility of R&D expenditures and better coordination among countries. For example, the U.S. and China have been collaborating for the past eight years on clean energy research centers, but in the past five years, no joint patents have been filed nor have any projects truly been jointly funded, Sanchez said.

“Essentially, the U.S. funded their technologies; China funded their technologies. They shared a little bit of information, but it really wasn’t joint, collaborative R&D in the way we’d really like to see,” Sanchez said.

BECCS

Sanchez focused on BECCS as a likely candidate for the next investment wave. He pointed out that just one facility in the world — an Archer Daniels Midland corn-to-ethanol plant in Decatur, Ill. — is employing the technology to sequester about 1 million tons of carbon dioxide a year, accounting for about 1/10,000th of the worldwide reductions that are estimated to be necessary.

“It’s fair to say there’s a very large gap between where we want to be and where we are right now,” he said.

Critics have said experimenting with sequestration could delay deployment of emissions technologies and even provide tacit acceptance of additional emissions. But Sanchez said that perspective misses the “market opportunity” that could be created by planning the development and deployment of the technology — essentially creating a roadmap for its successful implementation.

Next Steps

Sanchez said whether researching technologies or getting them deployed deserves more focus is the wrong question. “I think a lot of people frame this as an either/or question, but I think it’s silly … because it’s pretty obvious we really need both,” he said. “There’s not really enough time in the day to really fight those fights.”

He pointed to gasification of coal and biomass as technologies with high commercial potential because of their ability to balance carbon-reduction product costs and scale facilities. However, the necessary research will require collaboration among public and private organizations. He offered as a successful model the National Nanotechnology Initiative, which coordinates the work of 13 federal agencies and industry groups in addition to performing regulatory and public outreach.

Combining lessons learned from the BECCS and Mission Innovation initiatives, Sanchez said, could “fill the gap between our ambitions and where our technologies lie right now.”

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