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Amid the introduction and widespread implementation of new tools such as AI, how are climate-based technology leaders striving to further combat the effects of climate change and protect the environment?
As climate change continues to accelerate at unprecedented rates, a new wave of entrepreneurs is striving to move beyond pledges and commit to building actual systems, tools, and materials needed to drive measurable environmental progress. From rethinking recycling economics to developing biochar and neuro-inclusive education, these leaders are proving that sustainability can be both practical and profitable if the right incentives, technologies, and mindsets are in place.
TerraCycle
TerraCycle, led by founder and CEO Tom Szaky, has long operated at the intersection of waste and economics, building recycling supply chains for materials the market won’t touch. As he details, “The reason toothbrushes go to landfill is not technical; we know exactly how to recycle them. It is economic. The market will not fund it because there is no profit in it. Everything we do at TerraCycle is about creating the economic incentives to change that.”
Szaky argues that recycling is fundamentally an economic problem, not a technical one, and that solving it requires either mandates or business models that eliminate the friction entirely. “The biggest myth in sustainability is that American consumers are not ready for it. They are. The real barrier is availability and convenience, not willingness. When you actually give people a sustainable option that works, they take it.”
The company’s Loop platform has found its most scalable footing in France, where government subsidies and shelf-space mandates have enabled it to expand to 400+ products. As Szaky describes, “The failure of our early Loop pilots taught us the most important thing: we were asking brands to adopt custom packaging, which was a massive barrier. The insight was that roughly twenty-five percent of supermarket products are already in containers that can be reused. We just needed to collect, clean, and return them. For brands, it becomes a non-event.”
Heal Earth
Heal Earth, led by founder and CEO Anum Farooq, is addressing climate change at the source: the next generation. As she explains, “Climate education has been designed for one type of learner, and it is failing everyone else. Heal Earth was built by and for neurodivergent minds, students who often have the deepest connection to environmental systems but no curriculum that speaks their language.”
The company is striving to accomplish this through the use of a neuro-inclusive education ecosystem co-created with autistic educators and neurodivergent youth. The platform targets the 60% of teachers who feel unprepared to teach climate topics, offering interdisciplinary curriculum, educator professional development, and CSR-funded school programs. “That is not a teacher problem—it is a system problem. We built our professional development track specifically to close that gap, because teachers cannot inspire climate advocates if they do not feel confident in the material themselves,” Farooq surmises.
The model links student advocacy skills to environmental action, creating community-level ripple effects that extend far beyond the classroom. As Farooq details, “When a company sponsors a school through Heal Earth, they are not just funding a curriculum. They are creating a ripple effect—students become advocates, families adopt sustainable habits, communities start to shift. The return on that investment is generational.”
Myno Carbon
Myno Carbon, led by CEO Thor Kallestad, turns biomass waste such as timber residuals and agricultural byproducts into biochar through pyrolysis. This process sequesters carbon that would otherwise be released into the atmosphere as CO2 as the biomass decomposes. As Kallestad explains, “When a timber residual decomposes naturally, it releases its stored carbon as CO2. Pyrolysis stops that process and locks it in place as biochar—carbon that can stay sequestered for hundreds of years. We are converting a disposal problem into a carbon sink.”
After pivoting from low-margin agricultural uses to high-value environmental remediation, the company is developing contaminant-specific biochars for hydrocarbon and metal cleanup. “Wayne Gretzky said, ‘Skate to where the puck is going to be.’ The objective reality of climate change will shape market conditions in five, ten, twenty years. Companies that view sustainability as a reporting obligation are going to be left behind by those who see it as a strategic advantage,” Kallestad shares.
Kallestad also frames sustainability not as a reporting obligation but as a long-term competitive advantage, urging businesses to evaluate decisions on a 5–20-year horizon. “Agriculture was our starting point, but the margins were not there to build a durable business. When we looked at environmental remediation, using biochar for hydrocarbon and metal contamination, the value proposition was completely different. The market is bigger, the prices are higher, and the impact is direct.”
Precision Periodic
Precision Periodic, led by CEO Brian Andrew, is taking on the 100-year-old nickel refining industry with a technology that extracts any atom from any liquid, enabling a zero-waste process at warehouse scale. As Andrew says, “Our process extracts every atom of value from a liquid; nothing goes to waste. Traditional refineries generate massive waste streams. We turn the same feedstock into revenue on every element, which is why we can compete on cost even without the scale of a legacy refinery.”
With the US importing $10 billion worth of nickel annually and no domestic refining capacity, Andrew sees a strategic opening to reshape supply chains while turning industrial waste into critical mineral revenue. “The US consumes ten billion dollars worth of nickel every year and refines none of it domestically. That is a strategic exposure. And the supply chain is largely controlled by China, which has shown it will use predatory pricing to eliminate US competition. We have seen it with rare earths and battery recycling already.”
The company’s technology, originally designed to remove heavy metals from phosphate wastewater, is now pointing toward reshoring rare earth and battery materials. As Andrew surmises, “One man’s mess is another man’s treasure. The process we developed to remove heavy metal pollutants from the phosphate industry—thorium, uranium, arsenic—turns out to produce materials worth forty dollars a gram. Environmental remediation and critical mineral production are the same operation.”
Locus Technologies
Locus Technologies, led by founder and CEO Neno Duplan, helps companies transform environmental compliance data into an operational asset. As Duplan explains, “Companies collect environmental compliance data because regulators require it, then file it away. What they are throwing away is a roadmap to operational efficiencies. That same data tells you which chemical processes are generating unnecessary emissions, where you can reduce costs, and which substitutions would eliminate your reporting burden entirely.”
With AI trained on validated, single-source databases, Duplan’s platform can identify root causes of emissions, suggest chemical substitutions, and optimize environmental monitoring. “AI is powerful, but it is only as good as the data underneath it. If you point it at spreadsheets pulled from five different departments, it amplifies the errors. Point it at a validated, single-source database, and it can find root causes, suggest chemical replacements, optimize monitoring schedules. It works miracles, but only with clean data,” Duplan describes.
He further identifies water contamination as the most powerful lever for public engagement: unlike carbon emissions, water pollution is tangible, traceable, and universally opposed, making it a practical catalyst for corporate and regulatory action. “Water is the most effective entry point for public engagement because people understand it viscerally. They taste bad water. They see contaminated rivers. Carbon emissions are abstract; water contamination is real and immediate. And water has memory; contamination persists and can be traced miles downstream, which means accountability is possible in a way it simply is not for air emissions.”
Final Thoughts
Across various industries and regions, this group of climate innovators has a common focus: transforming sustainability from mere aspiration into integral business practices. Whether through carbon sequestration, educating future generations, or reshoring essential minerals, they prove that lasting environmental impact stems from systems that make sustainable choices economically logical, rather than just pledges.
