Use Cases
Core Feature
Cities
Challenge: Urban drains/lakes with sludge, odour, algal blooms, and rising O&M; costs.
Approach: In-situ dosing; ecological consumption of organics; keep flows open; follow weekly monitoring.
Expected Outcomes:
- Cleaner, clearer water; amenity uplift
- Odour/mosquito suppression within 24 hours
- Lower treatment and desludging costs; improved public acceptance
Immediate Impact
Villages & Agriculture
Challenge: Pest/disease/weather stress, heavy chemical inputs, poor soil vitality.
Approach: Living-water ponds integrated with integral farming (agriculture, aquaculture, livestock); reuse pond water; recharge aquifer.
Expected Outcomes:
- Lower chemical dependency; resilient yields
- Healthier soils; improved water availability
- New livelihood opportunities (aquaculture, dairy, horticulture)
Revolutionary Technology
Water Scarcity & Sewage Management
Challenge: Scarcity due to low recharge; high sewage loads overwhelming systems.
Approach: Restore vertical flow to enhance aquifer recharge; consume organics in-situ to reduce treatment burden.
Expected Outcomes:
- Better groundwater levels over time
- Reduced load on centralized treatment
- Lower energy and sludge handling costs
Monitoring
Ecological Rejuvenation & Disaster Mitigation
Challenge: Flood surges and droughts from broken water cycles.
Approach: Re-establish vertical movement and ecological balance across connected water bodies.
Expected Outcomes:
- Improved water retention and soil stability → flood risk reduction
- Enhanced recharge → drought mitigation
- Biodiversity corridors reconnect
