Reforming America's Permitting System to Lower Costs of Living

Source: "Lower costs begin with one simple idea: Let America build more, faster | Fox News." August 17, 2026. www.foxnews.com

The Gist

The author argues that America's slow, complicated permitting process for building homes, energy projects, and factories is a hidden cause of rising costs for everyday families. By speeding up and simplifying these approvals—without lowering environmental standards—Congress could boost supply and bring down prices for housing, energy, and goods.

Conclusion

Congress should reform the permitting system (e.g., via the SPEED Act, FREEDOM Act, PERMIT Act) to speed up approvals for housing, energy, and manufacturing projects, thereby lowering costs for American families without sacrificing core environmental protections.

Premises

  1. Prices are determined by supply and demand; increasing supply of housing, energy, and manufactured goods tends to lower prices, while constrained supply raises prices.
  2. America has ample entrepreneurs, workers, and capital ready to build, but the permitting system fails to produce timely, predictable government decisions.
  3. Major projects routinely face years of delay due to overlapping federal reviews, duplicative agency requirements, and prolonged litigation, often under NEPA.
  4. These delays function as a hidden tax, raising financing costs, construction expenses, and investor risk premiums, which are ultimately passed on to consumers via higher rents, home prices, utility bills, and goods.
  5. Real-world examples like the Mountain Valley Pipeline (delayed ~10 years) and Mare Island redevelopment (delayed decades) illustrate how permitting dysfunction directly reduces housing and energy supply.
  6. Protecting the environment and requiring timely agency decisions are not mutually exclusive; procedural delays often fail to produce better environmental outcomes.
  7. Permitting reform has attracted rare bipartisan support in Congress, indicating it is a practical rather than partisan problem.

Assumptions

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