"Epigral Boosts CPVC Resin Production Capacity at Dahej Facility"

Epigral Ltd, a prominent player in the chemical industry, has announced the successful commissioning of an additional 45,000 TPA (Tonnes Per Annum) capacity CPVC (Chlorinated Polyvinyl Chloride) resin plant at its Dahej facility in Gujarat, on Wednesday.

This expansion has propelled Epigral's total CPVC resin capacity to 75,000 TPA, establishing it as the largest CPVC resin facility globally at a single location, according to an official release. Alongside this CPVC resin capacity increase, Epigral is also venturing into CPVC compound production, with an anticipated capacity of 35,000 TPA. The project is currently underway and is expected to be operational in the first quarter of the financial year 2025.

CPVC resin and compound are crucial components in the manufacturing of CPVC pipes and fittings, known for their exceptional heat and chemical resistance properties, making them suitable for both domestic and industrial applications. India's CPVC demand stands at approximately 250,000 tonnes per annum (TPA) and is experiencing steady growth, with an annual expected growth rate ranging between 10% and 13%.

Maulik Patel, CMD of Epigral, expressed his delight, stating, "I am thrilled to announce the successful commissioning of our 45,000 TPA CPVC Resin plant, which increases our total capacity to 75,000 TPA, thus establishing it as the world's largest single-location CPVC resin facility. I extend my heartfelt gratitude to our project team for their exceptional dedication in meeting the project timelines and staying within the estimated capex limit."

He further added, "With the commissioning of the CPVC resin plant, we are advancing towards our goal of becoming a multi-product company, geared up to enhance revenue contribution from the Derivatives & Speciality Chemical segment. Additionally, this milestone highlights the strength of our fully integrated complex, as part of the raw material, Chlorine, for CPVC resin will be available within the plant itself."

HBL