Asian Paints: Multi-State RECD Compliance
Asian Paints
Who
Sep-Nov 2025
When
Pan India
Where
Project Overview
Automoto executed a multi-location RECD deployment for Asian Paints to ensure CPCB-compliant emission control across key manufacturing and operational facilities in India. The project involved retrofitting diesel generator sets of varying capacities across multiple states within a defined timeline, while ensuring minimal disruption to ongoing plant operations.
Geographical Footprint
Maharashtra
Bengaluru (Karnataka)
Tamil Nadu
Delhi NCR
Odisha
Gujarat
Project Timeline
September – November
Deployment Scale
Total RECD Units Installed: 29
RECD Capacity Range: 30 kVA – 200 kVA
Compliance & Operational Impact
By implementing Automoto’s CPCB-compliant RECD solutions, the client achieved uniform emission compliance across diverse regulatory jurisdictions, including state and regional pollution control norms. This proactive approach significantly reduced exposure to regulatory scrutiny during inspections and audits, helping the client avoid operational risks, penalties, and potential shutdown notices linked to non-compliant DG set emissions.
The standardized retrofit approach also simplified compliance management across facilities, allowing the client to maintain consistent emission control performance irrespective of DG capacity or geographical location.
Environmental & Sustainability Benefits
The deployment played a direct role in curbing particulate matter and harmful exhaust emissions from diesel generators operating across industrial zones and urban regions. By controlling emissions at the source, the project contributed to improved local air quality while aligning the client’s operations with national sustainability goals and evolving pollution-control mandates.
Outcome
This project demonstrates Automoto’s ability to deliver pan-India, multi-site RECD implementations that combine regulatory assurance, environmental responsibility, and enterprise-grade execution—making compliance not just mandatory, but strategically sustainable.



