HOW AIRBUILD IS REENGINEERING ENVIRONMENTAL COMPLIANCE
David Gory's path to building Airbuild began with a lived understanding of infrastructure failure. Growing up in Nigeria, he saw how essential systems could fail the communities that depended on them — not because people lacked ambition, but because the underlying systems were brittle, underfunded, or misaligned with local realities. That early education in what "working infrastructure" means shaped a career-long instinct: build systems that do not fail the people who rely on them.
Airbuild focuses on wastewater compliance and nutrient removal using microalgae-based systems. The problem is both environmental and economic. Municipalities face legal requirements to improve environmental outcomes, but they also face constraints: budgets, timelines, procurement complexity, and the risk of adopting solutions that look good on paper but do not survive real-world operations.
Airbuild's approach targets a segment of the market that is often stuck between mandates and feasibility. By using microalgae-based pathways, the company aims to deliver performance that regulators can accept while improving the practical path to deployment for cities that cannot afford experimental science projects disguised as infrastructure.
The company has moved beyond slides and pilots in isolation. It has real-world deployments in Utah, commercial traction through municipal contracts, and multimillion-dollar commitments as it transitions into early commercial scaling. That progression matters because climate infrastructure is judged in the field: uptime, cost curves, maintenance realities, and the ability to navigate procurement without losing the technical edge.
Airbuild is a bet that the next generation of climate outcomes will be won by companies that can translate biology and engineering into deployable systems — and that the moral imperative Gory felt early in life can be turned into institutions that finally work for people, not against them.