At Bagmane, we recognise that a portion of our greenhouse gas footprint arises from the upstream procurement of construction materials such as cement, steel, aggregates, and finishing products used across our technology park developments in Bengaluru.

During FY 2025–26, we initiated a structured Sustainable Procurement Study to evaluate existing procurement practices and identify opportunities to reduce embodied emissions while strengthening greener construction outcomes. The study focuses on understanding the carbon intensity of raw materials, supplier manufacturing practices, logistics impacts, and opportunities for material efficiency, reuse, recycling, and adoption of lower-carbon alternatives. Insights from the study are guiding future procurement strategies, enhancing supplier engagement, and strengthening responsible sourcing frameworks.

By embedding emission-conscious decision-making into procurement, we aim to progressively reduce upstream climate impacts, improve value-chain resilience, and adopt construction practices that are climate-ready, resource-efficient, and aligned with our long-term sustainability goals.

At the Bagmane Group, the scale of our infrastructure and real estate developments across Bengaluru results in significant generation of construction and demolition (C&D) waste. Recognizing both the environmental responsibility and the opportunity inherent in this challenge, we initiated a comprehensive Construction & Demolition Waste Management Study to restructure C&D waste management practices across select projects.

The study focuses on detailed quantification and classification of waste generated at various stages of construction, assessment of existing handling and disposal practices, and evaluation of the re-purposing and recycling potential of materials such as concrete, masonry, aggregates, steel, and other non-organic wastes. Multiple scenarios—ranging from regulatory-compliant disposal to optimal in-house processing and value-added material reuse—are being analyzed to identify technically feasible and economically viable pathways.

Insights from the study are guiding improved segregation, recovery, and reuse of construction debris, reducing dependency on virgin raw materials and emissions associated with waste transportation and disposal. This initiative supports compliance with Construction and Demolition Waste Management Rules while enabling us to progressively adopt a circular economy model and strengthen sustainable construction practices.