I'm looking at climate risk as a capital allocation problem, not a sustainability problem. In places like Charleroi with aging infrastructure and old buildings, climate resilience and economic development are the same project.
Western Pennsylvania's infrastructure was designed for a climate that doesn't exist anymore. Stormwater pipes from the 1970s that flooded decades ago are now flooded quarterly. Basement backup is routine. Basements that had never flooded in fifty years are flooding twice a year. That's not future risk. That's current operating cost.
The Economic Reality
A property owner in a town with chronic flooding has real carrying costs. Sump pumps. Dehumidifiers. Mold remediation. Foundation repair. Property insurance that tracks flooding history. Every year of flooding increases the actual cost of owning that property. If you're holding buildings for thirty years, that accumulates.
A property in a town that's invested in green infrastructure—rain gardens, permeable surfaces, bioswales, stormwater management—operates at lower cost. Less flooding. Less maintenance. Lower insurance. Those economic advantages compound over time. A thirty-year hold on a flood-resilient property is worth materially more than a thirty-year hold on a property in a town that hasn't adapted.
Why This Matters Now
The federal funding landscape has shifted. FEMA, EPA, USDA, state agencies—they're all prioritizing climate-resilient infrastructure in economically distressed areas. The money is available. The infrastructure improvements are fundable. But they require local capacity to design and execute. A lot of small towns don't have that. They're paying consultants. Guessing at implementation. Seeing marginal results.
If you're building development around that infrastructure, you're building on more solid ground. The public realm is improving. The operating environment for property is improving. Financing and insurance get better. Tenant quality improves.
How We're Actually Doing This
Our mixed-use projects in Charleroi aren't separate from climate resilience. They integrate it. Native plantings that need minimal irrigation and support local ecology. Permeable surfaces that handle water. Green roofs on commercial space that add insulation and stormwater retention. Street design that manages water and prioritizes pedestrians over throughway capacity.
The cost isn't higher. You're making different design choices within the same budget. A street designed for pedestrians and stormwater from the beginning costs less than a car-first street retrofitted with drainage systems. You're not adding climate work—you're doing development right from the start.
The buildings that result perform better. Lower utility costs. Better insurance rates. Better tenant retention because the physical environment is actually pleasant. That compounds into value over thirty years. That's the investment thesis. The climate resilience is foundational to sound returns, not a cost imposed on top of them.