Engineering A Sustainable Future
At AGP Industrial Logistics Parks (AGPIL), sustainability is central to how we build, operate and grow. We are committed to driving long-term economic value while strengthening community ties and promoting environmental resilience.
Environment
Resource Efficiency
We drive sustainable performance through smart material use, water reuse systems, and energy-efficient practices that reduce costs and environmental impact.
- Operation cost savings and lower GHG emissions through the adoption of green concrete.
- Use of recycled sea plastic for paving and boundary wall works through the partnership with the local NGO.
- Self-reliant water sources through rooftop rainwater harvesting systems
- Lower construction water consumption through compound curing of foundations, pedestals and plinth beams.
- Waste management processes are implemented across all operational sites.
- An efficient plantation (Miyawaki method) requires relatively less water.
- Mechanical ventilation reduces dependency on electricity.
- Greater degree of prefabrication (precast walls, prefabricated toilets, security cabins etc), minimizing onsite activities and achieving superior product quality.
- Use of efficient electrical and plumbing fixtures requiring minimal electricity and water.
- Dual piping ensures the reuse of water.
- Well-researched and engineered product specifications require relatively fewer resources.
- Sourcing local materials thus reduces transportation costs.
Low-Carbon Operations and Supply Chain
By integrating renewable energy systems, EV-ready infrastructure, and optimized supply chain design, our parks are built for resilience and efficiency.
- Increasing renewable energy adoption through rooftop solar installations.
- Supply chain innovations within warehouses, include energy-efficient design and the adoption of new construction technologies.
- Enhanced road connectivity to optimize vehicle movement and reduce emissions through efficient entry and exit points.
- Deployment of campus-wide EV charging stations to support low-carbon transportation.
Climate resilience
Our parks are climate-resilient, reducing construction water use and enhancing biodiversity through dense, native green cover.
- Lower water consumption during construction by applying compound curing techniques to foundations, pedestals, and plinth beams.
- Development of high-density green areas to promote biodiversity using Miyawaki planting methods.
Social
Work Health and Safety
We prioritise safety, wellbeing, and dignity—ensuring clean water, accessible healthcare, and a healthy environment for everyone at AGPIL campuses.
- A healthy, safe and respectful environment for all AGPIL staff, contractors, communities, visitors and other stakeholders.
- Improved access to quality and affordable healthcare for AGPIL staff.
- Provision of clean and safe drinking water stations across the campus.
Community Impacts
Through our community impact efforts, such as improving healthcare access and empowering livelihoods, we aim to create lasting and inclusive change.
- Protection of cultural and natural heritage in all project designs through initiatives, such as tree transplantation at Nelamangala-one, Bangalore, engagement with the local communities for the development interfacing public utilities, minimizing land contours during development.
- Promotion of women’s empowerment through initiatives, such as equipping the Sewa Shram Shakti Foundation with stitching machines for livelihood training and economic independence.
- Enhancement of local community critical care facility through initiatives, such as the provision of 74 CTVS ward beds for Sai Ashraya Super Specialty Hospital (SASSH).
Case Studies
Sea Plastics
Why It Matters
As part of AGP’s commitment to building environmentally responsible infrastructure, we are in the process of exploring innovative solutions to reduce plastic waste and promote circular economy practices. One such initiative involves evaluating and integrating sea plastic grass pavers and blocks into our warehouse projects. This approach not only diverts ocean-bound plastic from landfills but also supports durable, eco-friendly construction.
Background
Every year, millions of tons of plastic enter our oceans, harming marine life and disrupting ecosystems. Traditional construction materials often rely on resource-intensive manufacturing processes and offer limited end-of-life recyclability.
By incorporating sea plastic–based materials, we aim to address two sustainability goals simultaneously:
1. Reducing ocean plastic pollution
2. Minimizing our carbon footprint in construction
Challenge
In large-scale warehouse development, vast paved and landscaped areas require durable surfacing materials. Conventional pavers, though functional, contribute to high resource consumption and lack circularity.
Our challenge was to identify a material that meets our quality, durability, and load-bearing standards while advancing our sustainability objectives.
Our Approach
We partnered with suppliers specializing in recycling sea plastic into high-strength pavers and grass blocks. These products are made from recovered marine plastics, processed and moulded to meet industrial-grade requirements.
Our pilot project involves installing sea plastic grass pavers in parking areas, walkways, and landscaping zones within our warehouse site. The key steps included:
1. Supplier Evaluation
Assessing certifications, durability tests, and sustainability credentials.
2. Material Testing
Conducting on-site trials for load capacity, weather resistance, and permeability.
3. Design Integration
Incorporating pavers into functional and aesthetic site layouts.
Our Commitment
Following the pilot, we plan to expand the use of sea plastic pavers across multiple warehouse projects, further increasing our environmental contribution. We are also exploring the potential to incorporate the maximum amount of recycled materials into other construction elements.
By leveraging sustainable materials today, we are building infrastructure for a cleaner, healthier planet tomorrow.
The Value-Add
Ocean Plastic Recovery
For every 1 sqm of these pavers installed, we are removing and reusing on average 14 kg of sea plastic. Given the current fast-paced technological evolution, this number might change in the near future.
Carbon Savings
Reduction in CO₂ emissions compared to manufacturing traditional concrete pavers.
Water Management
Grass pavers improve stormwater infiltration and reduce surface runoff.
Aesthetic Value
Green integration enhances the visual appeal of warehouse surroundings.
Tree Transplantation
Why It Matters
Tree preservation is an important precedent to set for environmental and local ecosystem protection, as population and industry demands cause real estate development growth further outside of urban centres.
Our Approach
AGP Logistics prioritized tree preservation at the 186,376-square-meter project in Bangalore. The plan included transplanting three trees (Albizia Odoratissima, Pongamia Pinnata, and Butea Monosperma) and saving four others (three Ficus Benghalensis and one Jackfruit tree) by changing the compound wall layout. In particular, the Jackfruit tree holds cultural significance in Karnataka. This effort successfully preserved seven mature trees, which positively contributes to local air quality, builds a more resilient local ecosystem, and supports the water cycle.
Transplanting and retaining these trees required thoughtful planning and execution. Roots were carefully trimmed in stages, wounds were smoothed, and crowns were pruned to maintain the trees’ shape and health. Excavation was conducted with precision, ensuring minimal root damage. Transport and replanting processes were designed to protect the root systems and soil balls, with organic fertilizers applied to facilitate root growth.
Our Commitment
AGPIL is committed to preserving the surrounding environment to the best of its ability in its efforts as a sustainable developer. Further time, effort, and consideration were required for tree preservation, yet the team was dedicated to the project from the start of development, stressing preservation of the surrounding ecosystem as a high priority.
The Value-Add
This initiative not only reduced environmental impact but also promoted awareness of tree retention among the local community.
Many of the locals acknowledged the positive impact of this initiative, and commented, “Trees are on, Global warming gone”. The project showcased AGP’s environmental stewardship in addressing global challenges.