The Buy Clean Initiative, launched by the Biden Administration, represents a significant shift in federal procurement policy. For the first time, federal agencies are required to consider the embodied carbon of construction materials - the greenhouse gas emissions associated with the extraction, manufacturing, transportation, and installation of building products. While the initial focus has been on structural materials like steel and concrete, the initiative's framework extends to all construction products, including coatings. For government specification writers, understanding Buy Clean and how powder coating's lower carbon footprint supports compliance is essential for meeting both climate and health objectives.

Buy Clean was established through:

• Executive Order 14057: Federal sustainability commitments
• Federal Buy Clean Task Force: Coordinated implementation
• EPA and GSA leadership: Program development and standards
• OMB guidance: Budget and procurement integration

The Buy Clean Initiative: How Federal Procurement Addresses Embodied Carbon in Coatings

What Is Buy Clean?

Policy Framework

Core Requirements

Scope

Buy Clean applies to:

• Federal construction projects: New buildings, renovations, infrastructure
• Federally funded projects: Grants, loans, partnerships
• Major federal acquisitions: Above specified thresholds

Embodied Carbon in Coatings

What Is Embodied Carbon?

Embodied carbon (or embodied greenhouse gas emissions) includes:

Coating Carbon Footprint Comparison

Note: These are illustrative ranges; actual values depend on specific formulations and application conditions

Powder Coating's Buy Clean Advantage

1. No Solvent Production Emissions

Solvent-based coatings require:

• Petroleum extraction and refining
• Chemical processing to produce specific solvents
• Transportation of flammable, hazardous materials
• Energy-intensive distillation and purification

Powder coatings eliminate these emissions entirely.

2. Higher Material Efficiency

Transfer efficiency directly affects embodied carbon:

The 2.8x difference in material consumption translates directly to embodied carbon.

3. Longer Service Life

Durability reduces lifecycle carbon:

Longer service life means less frequent material production, transportation, and application.

4. Reduced Waste Generation

Hazardous waste treatment has carbon costs:

• Liquid paint waste: Incineration, fuel for transport, treatment chemicals
• Powder waste: Minimal; non-hazardous disposal

5. Energy Efficiency

While powder coating requires oven energy, the overall energy balance is favorable:

• No solvent evaporation energy
• Lower ventilation energy
• Shorter process cycles (especially UV-curable)
• Reduced makeup air conditioning

Environmental Product Declarations

What Is an EPD?

An Environmental Product Declaration is:

• A verified, standardized report of a product's environmental impact
• Based on ISO-compliant lifecycle assessment
• Third-party verified for accuracy
• Valid for a specified period (typically 5 years)

EPD Content

Coating EPDs

EPD availability for coatings:

The powder coating industry is actively developing EPDs to support Buy Clean compliance.

Buy Clean Implementation for Coatings

Specification Language

Government specifications can incorporate Buy Clean requirements:

"Coating products shall have a Type III EPD in accordance with ISO 14025. Products with Global Warming Potential (GWP) below the industry average, as documented by the EPD, shall be preferred. Powder coating products meeting performance requirements shall be specified where application-compatible."

Evaluation Criteria

For procurement evaluations, agencies can weight:

Benchmark Setting

Buy Clean benchmarks for coatings could be established by:

1. Industry average GWP: Based on collected EPDs
2. Best-in-class: Top quartile performance
3. Progressive reduction: Tighter standards over time
4. Application-specific: Different benchmarks for different uses

The Health-Climate Synergy

Buy Clean creates a valuable synergy between climate and health goals:

Powder coating exemplifies this synergy: it has lower embodied carbon and eliminates worker exposure to carcinogens, neurotoxicants, and respiratory sensitizers.

Challenges and Opportunities

Challenges

Opportunities

Conclusion

The Buy Clean Initiative represents a fundamental shift in how federal agencies evaluate construction materials. By requiring consideration of embodied carbon, the initiative creates a framework that naturally favors materials with lower lifecycle environmental impact - including powder coatings with their elimination of solvents, higher material efficiency, and longer service life.

For specification writers, Buy Clean provides an additional rationale for powder coating specification that complements the health and safety case. The lower embodied carbon of powder coating supports climate goals while the zero-solvent formulation protects worker health. This synergy between environmental and health objectives makes powder coating a natural choice for agencies seeking to meet multiple policy mandates with a single specification decision.

As the Buy Clean program matures and EPDs become standard for coating products, the environmental advantage of powder coating will be increasingly quantified and visible. Specification writers who adopt powder coating today are not merely ahead of the regulatory curve - they are demonstrating that climate policy and worker protection can advance together, reinforcing each other in the transition to a more sustainable and healthier built environment.