Domestic. Reliable.
Tariff-Free.
American reliability. Unmatched expertise. Supply chain certainty in an uncertain world.
This is what
Domestic Dependability
looks like:
Supply Security
PFAS Expertise
Our FILTRASORB® GAC is EPA-recognized as a Best Available Technology for PFAS removal.
Budget Stability
American Quality
With imported carbon,
risk comes standard.
So do higher costs.
- Long lead times (up to 4 months from order to delivery)
- Variable quality and inconsistent performance
- Complex international logistics and port delays
- Rising tariffs and exposure to trade disputes
Operation Bedrock delivers the certainty others can’t.
“Operation Bedrock reflects our commitment to delivering superior activated carbon, and the certainty and stability customers need in a rapidly changing world.”
Jenalle Brewer
Senior Vice President, Calgon Carbon
Frequently Asked Questions:
What is the difference between coal-based and coconut-based activated carbon?
Coal-based carbon, especially from bituminous sources, offers a higher density and more consistent pore structure, making it more effective for PFAS removal. Coconut-based carbon, typically imported, can vary in quality and is often affected by tariffs.
Why do imported carbon products cost more over time?
Imported carbon is subject to global shipping delays, tariffs, and political volatility. These factors can increase both short-term and long-term procurement costs, especially for utilities on fixed budgets.
How does Operation Bedrock help industries comply with regulations?
Operation Bedrock uses EPA-recognized GAC filtration systems backed by 80+ years of domestic manufacturing expertise. Our solutions are designed for PFAS compliance at any scale.
Are there tariffs on imported activated carbon?
Yes. Coconut-based carbon and other imports may face anti-dumping tariffs or shifting international trade duties. Operation Bedrock avoids these risks by sourcing and producing carbon entirely in the U.S.
Why is carbon reactivation important for your budget?
Reactivation restores the adsorptive capacity of spent activated carbon, allowing it to be safely and cost-effectively reused. This reduces the need for purchasing virgin carbon, cuts disposal costs, and supports long-term sustainability and budget predictability.
