The Sustainable Chemistry Catalyst: When going up against the majors, change the field, not just the tech

We like to tell the story of David and Goliath as a triumph of skill over strength. The little guy triumphing over the bigs.

But that’s not what happened. David didn’t win because he was better. He won because the conditions changed the fight. It wasn’t army against army—it was one fighter against another.
It wasn’t sword against sword—it was range against armor.
It wasn’t chaos—it was a moment with just enough stability to take a shot.

In other words, David didn’t outcompete Goliath.
 He stepped into a different system—and won there.
That’s the real problem facing sustainable chemistry.

The Goliath Problem Isn’t Size. It’s System

The chemical industry is the invisible engine of the global economy, embedded in nearly every product and process. It is also, increasingly, the source of enormous externalized costs—recent estimates suggest that exposure to just four classes of hazardous chemicals may account for up to $3 trillion annually in avoidable societal burden.

And yet, despite the risks—and the clear technical promise of safer, lower-carbon alternatives—the transition to sustainable chemistry remains stubbornly slow.

Why? Because today’s “Davids”—the innovators behind new chemistries—are not competing on a level field. They are being asked to fight Goliath on Goliath’s terms:

• inside mature, optimized supply chains
• against decades of capital investment and policy support
• under uncertain regulatory and market conditions

Incumbent chemistries are not just cheaper. They are systemically embedded—reinforced by infrastructure, standards, financing norms, and habit. New chemistries, by contrast, are FOAK vessels launched into open water—expected to prove seaworthiness while the weather, currents, and charts are still shifting. This isn’t a technology problem. It’s a field problem.

What the Change Chemistry Report Actually Says

A new report from Change Chemistry and the Sustainable Chemistry Catalyst at the University of Massachusetts Lowell lays out a comprehensive policy framework aimed at accelerating the adoption and scale-up of sustainable chemistry. Developed over a year with input from more than 50 companies across the chemicals value chain, Incentivizing Sustainable Chemistry concludes that the primary barrier to market transformation is not a lack of innovation, but structural market conditions that disadvantage new entrants.

The report identifies six categories of policy tools—R&D grants, subsidies, tax incentives, market assurances, labeling and procurement programs, and regulatory measures—and emphasizes that no single mechanism is sufficient on its own. Instead, effective policy must combine “supply-push” incentives that support research, development, and first-of-a-kind production with “demand-pull” measures that create reliable markets through procurement, standards, and advance purchase commitments.

Key barriers highlighted include long commercialization timelines (often 3–15 years), high switching costs for downstream users, limited access to capital for demonstration-scale facilities, and uncertainty around future demand. The report stresses that durable, coordinated, and accessible incentives—particularly those that include small and mid-sized innovators—are essential to overcoming these challenges and enabling sustainable chemistry to compete at scale.

From Better Boats to Calmer Seas

What Change Chemistry is really proposing is not better boats. It’s calmer seas—at least long enough for the first vessels to survive. That’s a profound shift. Because FOAK failures rarely occur because the technology doesn’t work.
They occur because:

• markets are not ready
• supply chains are not aligned
• financing conditions are unstable

In other words, because the ocean is rough. By combining supply-push and demand-pull policies, the framework attempts to reduce that turbulence—to compress the uncertainty band that sits on top of every first-of-a-kind investment. In finance terms, it is trying to narrow the spread between calm-water capital and storm pricing. And that’s exactly where value lives.

The Stability Question: Managed or Embedded?

But here’s the deeper question—the one that will determine whether this works. What is a “stable” policy? Is it something that must be continually renewed, opted into, and interpreted—
tax credits, subsidies, carbon prices, voluntary commitments?

Or is it something that becomes background condition—
embedded standards, default procurement, structural requirements—
where participation is automatic and opt-out is costly? Because these are not the same thing. The first creates managed stability:

• dependent on political cycles
• subject to revision
• requiring continuous trust

The second creates structural stability:

• persistent
• predictable
• largely invisible once established

From a FOAK perspective, the distinction is everything. Projects don’t fail because incentives are too small.
 They fail because the future state of the system is unknowable. And policies that must be renewed, interpreted, and trusted carry within them the very uncertainty they are trying to remove. They calm the ocean—temporarily. But they do not change the climate.

Where the Framework Is Strong—and Where It Must Go Further

To its great credit, the Change Chemistry framework recognizes many of these risks. It emphasizes:

• durability
• accessibility for smaller firms
• performance-based criteria
• coordination across the value chain

It also acknowledges that poorly designed incentives can exclude SMEs, favor incumbents, or create unintended distortions. All of that aligns strongly with what FOAK practitioners see in the field. But the framework still largely operates in an opt-in world—
a world where stability must be maintained rather than embedded.

The next step is harder. It is designing systems where:
• demand is not negotiated but assumed
• standards are not optional but default
• uncertainty is not managed but structurally reduced

In other words, moving from policy as intervention to policy as infrastructure.

The Real Opportunity

The opportunity in sustainable chemistry is enormous. Markets are growing faster than conventional alternatives. 
Each job created can ripple through the economy.
 The health, environmental, and economic upside is measured in trillions. But markets do not scale what they admire. They scale what they can finance. And finance, in turn, does not reward potential. 
It rewards stability.

Changing the Field

We’ve spent decades trying to accelerate innovation by improving the players—
better technologies, better companies, better capital stacks. The Change Chemistry report points in a different direction. Toward changing the field itself. That’s the right instinct.

Because David didn’t defeat Goliath by being stronger. He defeated him by changing the conditions under which strength mattered. The question now is whether we are willing to do the same. Not just to support the next generation of sustainable chemistries— but to shape the system
 so that they can win.