Why Breakthrough Energy, Backed by Bill Gates, and Other Investors Are Actively Searching Universities for Entrepreneurs

The garage, synonymous with Silicon Valley’s startup culture, has become almost too familiar a tale. This was precisely the setting for Caleb Boyd and Kevin Bush of Molten Industries: launching their venture from the garage of a Stanford professor’s residence, with Kevin occupying an adjacent apartment.

This space offered everything essential: ample room and crucially, electricity. The duo aimed to revolutionize the way methane is broken down, by extracting hydrogen without releasing carbon dioxide into the atmosphere.

“Our workspace was actually a carport. Using the electric vehicle charger available, we powered a methane pyrolysis reactor to about 1,000 Celsius, initiating the methane breakdown,” Boyd shared with TechCrunch.

Boyd appreciates the helpfulness of the professor, saying, “He was enormously supportive, frequently dropping by to assist us tweak our setup or offering invaluable advice.”

Though garages are famed for foundational research, transitioning to the next phase presents significant challenges. Emerging climate technology enterprises often confront a critical funding gap transitioning from laboratory concept to bankable entity.

Traditionally, founders navigated this gap independently. However, a shift is occurring as investors are stepping in earlier than before.

Even during their nascent garage phase, Boyd and Bush welcomed Ashley Grosh, vice president of Breakthrough Energy, a climate tech initiative founded by Bill Gates encompassing both a for-profit venture branch and multiple non-profit activities. Grosh represented the Breakthrough Energy Discovery initiative, focused on supporting early-stage ventures, as reported to TechCrunch.

Breakthrough Energy Discovery, stemming from the Fellows program initiated in 2021, seeks out promising entrepreneurs often straight out of graduate studies or postdoctoral positions, offering them grants up to $500,000, along with digital tools for addressing frequent challenges and financial support for attending various industry events, according to Grosh.

So far, the Breakthrough Energy Fellows initiative has backed 42 companies across a wide range of climate technologies, from concrete and hydrogen to agriculture and nuclear fusion, collectively raising over $250 million.

Since 2020, Grosh has led the initiative, noting, “While government funds exist for scientific exploration, our approach is distinctly targeted at identifying and doubling down on the leaders of tomorrow within the space.”

Venture capitalists have traditionally been cautious about investing in concepts perceived as premature. “The learning curve from the first wave of clean technology investments, about 15 years ago, was steep. However, there remains an essential need for foundational scientific discoveries,” she added.

For those investors willing to embrace early-stage ventures, the potential for sizable returns on relatively small initial investments is compelling.

Describing emerging ventures, Johanna Wolfson, a managing partner at Azolla Ventures, said to TechCrunch, “We see them as proto-companies. They might not yet fully resemble a company, but the potential for what they could become is evident.”

Azolla Ventures, particularly, is committed to discovering undervalued opportunities within climate technology, a sector where the urgency only intensifies as emissions targets are consistently missed.

Investing in foundational research: The earliest stage

At Breakthrough Energy, the solicitation process itself has unveiled numerous promising domains still in need of investment. Grosh mentioned, “We encountered proposals that were remarkably upstream, sparking the realization of the need for funding them as research grants.”

Grosh and her team have started organizing workshops where researchers from diverse stages of their careers can converge to pinpoint the most impactful and promising research directions.

Azolla Ventures has introduced a unique role, the tech scout fellow, to navigate these waters differently.

“By sponsoring a graduate student to scout for exciting projects, we leverage their insight, as they are most attuned to the pulse of innovative research,” Wolfson explained, pointing out a collaboration with Georgia Tech as a case in point for seeking untapped potential.

Collaborative Fund’s strategy involves a partnership with Harvard University’s Wyss Institute, investing $15 million to identify and develop sustainable material research projects ready for investment, indicating the scope for finding gold in overlooked research efforts.

Bridging the gap: From research to viable enterprise

For ventures emerging from such an environment, access to specialized resources is a boon. This support system is crucial for founders transitioning from academic research to the entrepreneurial world, a shift that could be daunting without external guidance.

“Being part of the university still, we sometimes feel disconnected from the broader company network, especially those focusing on climate solutions or deep technology like us,” Mattia Saccoccio, co-founder and CTO of NitroVolt, which focuses on sustainable ammonia production, noted.

To mitigate this, Breakthrough Energy curates cohorts of fellows, fostering a supportive community that remains connected throughout and beyond the program.

Founders prize the access to Breakthrough Energy’s business fellows, blending strategic advisory with operational expertise, helping them navigate complexities typical of the sector’s landscape.

Boyd highlighted the support his venture received while exploring productive uses for the carbon by-product of their process, underscoring the partnership ethos among participating founders and investors.

Echoing the sentiment, Ted McKlveen, co-founder and CEO of Verne, developing innovative hydrogen storage solutions, attested to the instrumental support in moving from conceptual stage to a marketable venture.

As the climate tech sector continues to evolve, the vital role of investors and supporting networks in bridging early-stage development gaps becomes ever more apparent, enhancing the probability of success for groundbreaking startups.