16+
Coastal & Natural Configurations Tested
Scientific evaluation across natural shorelines, conventional hard structures, and hybrid ecological systems.
Key Performance Indicators
~800-1,200
Tons CO2 Reduction per km per Year
Climate-positive coastal infrastructure integrating blue-carbon sequestration, sediment storage, and lower-emission materials.
80%+
Mangrove Survival Rate
Field-validated biological design helping mangrove saplings survive in dynamic tidal and wave conditions.
25-30%
Reduction in Wave Run-Up
Lab-validated Tripot performance reduces wave run-up and overtopping by dissipating energy instead of reflecting it.
30%
Lower Embodied CO2 through GreenMix Concrete
Material-level innovation reduces emissions during construction, not only during operation.
75%
Infrastructure Lifecycle Reusability
Tripot units are designed for repair, relocation, and redeployment to enable circular infrastructure.
Rs 25,000-60,000 cr
India's Addressable Coastal Market
A large national opportunity driven by erosion across India's 7,517 km coastline and priority intervention zones.
1:50
Physical Scale Modeling
A 1:50 physical scale model replicated real coastal conditions in a laboratory flume environment.
USD 300-800B
Global Coastal Protection Market
A global market opportunity shaped by erosion, flooding, and storm-surge risk across vulnerable coastlines.
200
Waves per Test Configuration
Each model configuration was subjected to 200 controlled wave cycles for statistically reliable performance data.
75-80%
Global Coastal Problems Addressable
Targets erosion, flooding, sediment imbalance, and ecosystem degradation through integrated coastal protection.
Improved
Sediment Stability
Hybrid geometry and nature-integrated design encourage sediment deposition instead of scouring.
6-12
Hectares of Ecosystem Restored per km
Each kilometer of Tripot deployment can enable large-scale mangrove and riparian ecosystem restoration.
20-30%
Biodiversity Improvement Target
Reduced turbulence and habitat-forming geometry support gradual biodiversity recovery over time.
25-35%
Lifecycle Cost Reduction
Lower maintenance, reuse potential, and ecological co-benefits reduce lifecycle cost compared with conventional hard protection.
Eligible
ESG, Blue-Carbon & Climate Finance
Alignment with SDGs, MISHTI, and Blue Economy frameworks enables access to sustainability-linked capital.
Scalable
From Local Pilots to Global Replication
Designed to scale from 200-meter pilot installations to multi-kilometer deployments.
Lower
Reflection Coefficient than Vertical Walls
The Tripot system dissipates wave energy more naturally than rigid vertical seawalls.
Research & Innovation
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