30-year engineered pressure vessel demonstrates ~39% lower environmental impact, validated under ISO 14040/14044 standards.

Winter Park, FL —— Impact Filtration^® today announced the completion of an independently verified Life Cycle Assessment (LCA) and Environmental Product Declaration (EPD) for its Pressure Vessel 1200—marking a significant step forward in how sustainability is measured in desalination and industrial water infrastructure.

Conducted by Circular Carbon and independently verified in accordance with ISO 14040 and ISO 14044 standards, the study confirms that the engineered pressure vessel delivers approximately 39% lower total environmental impact over a 30-year operating life compared to conventional alternatives.

The assessment further validates a 30–33-year service life, with a total lifecycle carbon footprint of 2,208 kg CO₂e per unit, reinforcing the growing importance of lifecycle engineering in reducing long-term environmental impact across water treatment infrastructure.

As one of the world’s leading manufacturers of FRP pressure vessels, ROPV has focused its engineering strategy on extending operational lifespan, improving structural reliability, and reducing lifecycle environmental impact across global desalination and water treatment infrastructure.

“For too long, pressure vessels have been evaluated primarily by initial purchase price rather than long-term operational value,” said Mr. Wang, CEO of ROPV. “As one of the world’s largest manufacturers of FRP pressure vessels, we believe the industry must move toward lifecycle engineering — where durability, reliability, and sustainability are measured across decades of operation, not procurement cycles. Extending service life is not only good engineering; it is a meaningful way to reduce material waste, embedded carbon, and operational disruption across global water infrastructure.”

Unlike conventional pressure vessels that often require multiple replacements within the same operating window, engineered vessels designed for long-term reliability significantly reduce the need for repeated manufacturing, transport, and disposal cycles. This dynamic, often overlooked in traditional assessments, is a primary driver of environmental impact across water treatment systems.

Alejandro Sturniolo, Head of Sustainability, noted that the implications extend beyond a single product category: “What this LCA makes clear is that replacement cycles are one of the largest hidden drivers of environmental impact in water systems. By extending service life to over 30 years, we are not just improving performance—we are materially reducing carbon emissions, resource consumption, and composite waste across the entire lifecycle.”

This lifecycle-based approach challenges conventional industry comparisons, which typically focus on per-unit environmental metrics. By contrast, the verified claim: “the lowest environmental footprint per year of operation in the market”—reflects a broader and more accurate measure of performance grounded in real-world operating conditions.

From a market perspective, the distinction is critical. As Raul Ramos, Sr. Director of Marketing & Communications, explains: “This is not about having a lower footprint per product. It’s about delivering the lowest footprint per year of operation. That distinction changes how the industry should evaluate performance, risk, and sustainability.”

The results reinforce the broader industry shift away from commodity-based procurement models toward lifecycle-based decision-making, in which reliability, total cost of ownership, and environmental performance are evaluated together over the life of the asset.

In doing so, the study further positions engineering integrity not only as a technical advantage but as a measurable environmental and economic one.

Independently Verified

This Life Cycle Assessment and Environmental Product Declaration have been independently verified in accordance with ISO 14040 and ISO 14044, with system boundaries, data quality, and comparative claims formally reviewed and validated.

Explore Further

Explore the full Environmental Product Declaration and supporting methodology.

About Impact Filtration

Impact Filtration^® is a US-based engineering company headquartered in Winter Park, Florida, specializing in high-performance infrastructure for water treatment and desalination systems.

Impact Filtration works with engineers, EPC contractors, and infrastructure developers to design and deliver critical components of modern water plants, including FRP pressure vessels, advanced cartridge filtration systems, modular rack architectures, and non-metallic composite solutions.

Through its engineering approach, Impact Filtration is advancing a new industry model evolving from a traditional component supplier into an Infrastructure Architect, helping customers build water systems designed for reliability, longevity, and Water-Positive outcomes.

As the exclusive authorized global sales representative of ROPV outside China and a strategic partner to CNBM International Corporation, Impact Filtration connects world-class composite engineering with the global infrastructure projects shaping the future of water.

Sustainable Materials. Scalable Impact. Global Water Stewardship.

Media Contact

Raul Ramos

Sr. Director of Marketing & Communications, Impact Filtration^®

raul.ramos@impactfiltration.com

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