Perspectives Report #2: Climate Tech Is Getting Commercial Earlier
We asked nine leading climate tech accelerators and venture studios where they're placing their early bets. Their perspectives reveal something important about how climate companies are being built: commercialization is becoming a consideration much earlier in the development process.
Inside the Minds of Accelerators & Venture Studios: Download the full report
Climate tech has no shortage of promising science. But the journey from a breakthrough in the lab to a commercially viable company remains one of the sector's biggest challenges. A technology might demonstrate impressive performance under controlled conditions, yet struggle with production costs, customer adoption or integration into existing industrial systems.
For our second Climate Tech Perspectives report, we spoke with nine accelerators and venture studios working at the earliest stages of company formation. Beyond the technologies they're excited about, what interested us was how they're approaching the challenge of turning scientific innovation into scalable businesses.
Commercialization starts before the technology is ready
Cambridge Future Tech provides a good example. Working with scientific breakthroughs in manufacturing, the venture builder uses techno-economic analyses to assess whether new technologies have a credible path to industrial deployment. This helps inform which innovations to pursue and how to build companies around them.
Carbon13 approaches the problem through team formation. In heavy industry, where development cycles are long and adoption barriers are high, the organization emphasizes founders with deep technical and sector expertise. Its portfolio company Cocoon Carbon, which converts waste steel slag into cementitious materials, was founded by a team combining entrepreneurial, engineering and scientific experience.
Both approaches reflect an important shift. Commercial viability is increasingly influencing decisions made at the earliest stages of venture creation, rather than being treated as a problem for founders to solve after technical validation.
The challenge isn't always the technology
Even when the technology works, adoption can be difficult.
MaRS highlights this challenge in the built environment, where fragmented ownership, financing constraints and conservative procurement can slow the deployment of otherwise compelling solutions. Its approach focuses on connecting startups with customers, industry partners and financiers early enough to support adoption beyond the pilot stage.
One example is Evercloak, which has developed a graphene-based membrane designed to reduce the energy required for air conditioning. Its potential lies not only in its technical performance, but also in its ability to integrate into existing HVAC systems.
Foresight Canada makes a related point about circular materials. Companies developing alternatives to conventional materials need to demonstrate more than environmental benefits. They must establish lifecycle performance, supply chain readiness and a viable commercial proposition.
As Foresight puts it:
The real unlock isn't just the product. It's the proof.
For investors, these are critical considerations. A technically superior product can still struggle if adoption requires customers to change established processes, absorb significant additional costs or take on risks they cannot justify.
The Endgame view: build with the market in mind
At Endgame, we typically invest when companies are within three years of commercialization. By that point, we're looking for evidence that the technology works, that customers have a reason to adopt it and that the economics can support meaningful scale.
But those conditions don't materialize overnight. They're often the result of decisions made years earlier.
A new material designed to work with existing manufacturing equipment has a different commercialization pathway from one requiring entirely new production infrastructure. A technology developed alongside industrial customers is more likely to address real operational constraints than one designed without their input.
This is why we see accelerators and venture studios as important partners in the climate tech ecosystem. Their contribution goes beyond providing funding, mentorship or access to networks. The best are helping founders confront commercial realities while there is still time to shape the technology and the business around them.
That doesn't mean prioritizing short-term revenue over ambitious science. Some of the most consequential climate technologies will require years of development and substantial capital before reaching the market.
It means being deliberate about what needs to happen between scientific validation and commercial adoption.
The next generation of climate companies won't necessarily have simpler technologies. But the strongest will have a clearer understanding of what it takes to bring them to market.
Early Bets from Climate Tech Accelerators & Venture Studios
Our second Climate Tech Perspectives report features nine accelerators and venture studios sharing their perspectives on emerging technologies, commercialization challenges and the companies they're helping build.
Inside the Minds of Accelerators & Venture Studios: Download the full report
