19-06-2025
- Business
- United News of India
HPL concludes maintenance turnaround with technological innovations, enhanced safety
Haldia, June 19 (UNI) Haldia Petrochemicals Limited, a prominent player in India's petrochemical sector, has completed its Maintenance Turnaround 2025 at the HPL Complex in East Medinipur district, an official communication said on Thursday.
Starting from April, this meticulously planned 45-day maintenance and upgrade operation signifies a pivotal step in the company's pursuit of operational excellence, technological enhancement, achieving higher throughput on a continuous basis and environmental sustainability.
The turnaround has yielded multiple advantages for HPL, including improved infrastructure reliability, heightened safety standards, and a technological framework that supports future growth and innovation.
Improvements in equipment and process efficiency will yield higher product output, reduced fuel consumption, and lower CO₂ emissions, contributing to both operational excellence and sustainability. All statutory requirements for safety inspections and testing were met, ensuring compliance and long-term operational security.
The turnaround was marked by outstanding planning and safety protocols, encompassing the deployment of over 11,000 workers at peak times. Extensive training initiatives contributed over 27,000 man-hours, ensuring all personnel were prepared for operations in high-risk environments.
HPL prioritised the well-being of all participants, providing continuous medical support, access to clean drinking water, ORS supplies, and rigorous safety measures, including fire detection systems, gas leak sensors, and strict compliance with personal protective equipment (PPE) standards.
Company CEO Navanit Narayan said: 'TA25 exemplifies HPL's unwavering commitment to safety, innovation, and operational excellence. With the incorporation of digital technologies and industry-first initiatives, we are poised for enhanced productivity, stronger environmental stewardship, and reliable output for the future.' UNI PC SSP
