Water

Water is vital to human life and healthy ecosystems around the globe. It is also a natural resource we depend on in our manufacturing processes, and we must pay close attention to ensuring responsible water consumption and management.

We are committed to conserving water across our operations and ensuring that all wastewater discharges are properly treated to prevent impacts on the surrounding environment. In addition to maintaining full compliance with regulatory permits, supported by regular reviews and audits, we continuously seek opportunities to improve efficiency, recycle wastewater where feasible, and implement projects that reduce overall water use.

Recognizing that water scarcity is an increasing global challenge, we have conducted a comprehensive water risk evaluation of our manufacturing locations using tools such as the World Resources Institute Aqueduct Water Risk Atlas, the World Wildlife Fund’s Water Risk Filter, and local site assessments. Facilities located in areas of high or extremely high baseline water stress are prioritized for water efficiency initiatives.

Beyond our operations, we collaborate with colleagues and customers to develop applications for our products that help conserve and protect water resources. For example, our masterbatch products are used in durable water piping and other water conservation applications, supporting broader efforts to safeguard this critical natural resource.

Cilegon Water Treatment Plant
Our Cilegon, Indonesia, reinforcing carbon facility has made significant investments in water conservation over the years, including reusing treated process water as well as recycling treated sanitary wastewater and expanding its rainwater harvesting system. This equipment, which captures, stores and treats rainwater from building rooftops, is expected to provide approximately 15,000 m3 of water each year to support reinforcing carbon production. Together, these measures have increased the site’s water recycling rate to approximately 9% and reduced its water withdrawal intensity by approximately 15%, furthering our commitment to protect water resources.

Conserving Water Resources at Cilegon, Indonesia

Our Cilegon, Indonesia, reinforcing carbon facility has made significant investments in water conservation over the years, including reusing treated process water as well as recycling treated sanitary wastewater and expanding its rainwater harvesting system. This equipment, which captures, stores and treats rainwater from building rooftops, is expected to provide approximately 15,000 m3 of water each year to support reinforcing carbon production. Together, these measures have increased the site’s water recycling rate to approximately 9% and reduced its water withdrawal intensity by approximately 15%, furthering our commitment to protect water resources.

Altamira Mexico Dry Lagoon
Our Altamira, Mexico, reinforcing carbon facility faced an intense drought that disrupted local water supplies, affecting operations, employees, and the surrounding community. In response, the site formed a water crisis management team to expand water reuse, implement conservation measures, and install new treatment systems, enabling limited production while prioritizing community support. The facility supplied drinking water to over 500 families and provided on-site showers, demonstrating our commitment to health, safety, and sustainability, while strengthening resilience against future extreme weather events.

Altamira, Mexico Team Supports Community through Severe Water Crisis

Our Altamira, Mexico, reinforcing carbon facility faced an intense drought that disrupted local water supplies, affecting operations, employees, and the surrounding community. In response, the site formed a water crisis management team to expand water reuse, implement conservation measures, and install new treatment systems, enabling limited production while prioritizing community support. The facility supplied drinking water to over 500 families and provided on-site showers, demonstrating our commitment to health, safety, and sustainability, while strengthening resilience against future extreme weather events.

Ravenna Site
Our Cabot Ravenna site underwent a Water Flow Optimization Project driven by circular economy principles. The site is located in a water-stressed area, making the management of valuable water resources a strategic priority and responsibility. The project yielded three main achievements. More than 60K cubic meters of wastewater were recovered and reused in our production processes, 12K cubic meters of water were recovered from the plant’s steam condensate, and we reached 102% of our target for greywater utilization.

Ravenna Water Flow Optimization Project

Our Cabot Ravenna site underwent a Water Flow Optimization Project driven by circular economy principles. The site is located in a water-stressed area, making the management of valuable water resources a strategic priority and responsibility. The project yielded three main achievements. More than 60K cubic meters of wastewater were recovered and reused in our production processes, 12K cubic meters of water were recovered from the plant’s steam condensate, and we reached 102% of our target for greywater utilization.

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