PFAS & Nitrate Removal with UV Disinfection. Lab-Tested.
Regenerable ion-exchange + UV-C in a modular, 3D-printed cartridge—engineered for safe drinking water in rural communities.
See Lucent in Action
Real-world deployments and live feedback from Daffodils pilot testing
Daffodils Pilot - Field Test
Real-world pilot demonstration of our filtration system
Daffodils - Live Water Testing
Kerry's feedback from on-site water testing
The Hardware
Explore our modular, 3D-printed water filtration system
Lucent Filter System
Professional product render of the Lucent water filtration system
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Global Deployments
Lucent has deployed 8 water filters in India through partnership with Daffodils Ladies Hostel with ~600k liters/year capacity. An additional 4 filters were shipped to Nigeria on October 31, 2025 through partnership with Africa Safe Water Foundation (predicted deployment pending).
* Drinking water only: 3L/person/day × 365 days (WHO standard). Total water needs: 7.5-15L/day per person.
Note: Actual filtration throughput varies by cartridge capacity (10,000-40,000L) and contaminant load.
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8 Lucent filters deployed in India • 4 additional filters shipped to Nigeria
~600k L/year capacity in India • Nigeria predicted deployment pending
Daffodils Ladies Hostel
10.014°N, 76.363°E
Women's residential hostel near Infopark, Kakkanad. Lucent installed 8 filters providing safe, on-site drinking water. Will serve 550 people over 2 yr lifespan.
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600K
Africa Safe Water Foundation
6.524°N, 3.379°E
4 filters shipped on October 31, 2025 through partnership with Africa Safe Water Foundation. Predicted deployment and impact pending.
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0K
The Lucent Solution
Science-backed multi-stage filtration combining regenerable ion-exchange resin, UV-C disinfection, and durable stainless steel body—engineered for comprehensive well water treatment.
Anion-exchange resins selectively capture nitrate (NO₃⁻) and acidic PFAS (PFOA/PFOS). Media is regenerable with brine, cutting waste and cost.
- Ion exchange is a proven method for nitrate removal in wells
- Strong-base resins achieve 90-99% PFAS removal, often outperforming carbon
- Regenerable design allows multiple reuse cycles (3-5 years typical service life)
- Nitrate-selective resins typically remove >90% of nitrates until breakthroughWQA
- Anion exchange achieves up to 99% uptake of PFOA/PFOS in treated waterLenntech
- Resin 'blend' can be customized for local contaminants (arsenate, uranium variants)
Specialty anion-exchange resin blend targets nitrates, sulfates, PFAS (PFOA/PFOS), and even some heavy metals. Regenerable with brine like home softeners, reducing ongoing cost and waste.
- Ion-exchange proven for nitrate removal in residential wells
- Anion resins achieve 90-99% PFAS removal efficiency
- Regenerable design extends filter lifespan
Functional Groups
Resin beads contain quaternary ammonium groups (R₄N⁺) that create strong electrostatic attractions with anionic PFAS head groups.
Adsorption Process
PFAS molecules removed through ion-exchange and hydrophobic interactions. Perfluorinated tail interacts with polymer matrix.
Selectivity
High selectivity for long-chain PFAS (C6-C14) including PFOA, PFOS, and emerging compounds like GenX, with minimal interference.
How Lucent Compares
Comprehensive comparison of water treatment methods across contaminant removal, cost, and sustainability
| Feature | Lucent Ion-Ex + UV | Boiling Thermal | Chlorination Chemical | Carbon Pitcher Activated C | Reverse Osmosis RO | Ion-Ex Softener Cation/Anion |
|---|---|---|---|---|---|---|
| Nitrates | 80-95% | Concentrates | (anion only) | |||
| PFAS | 90-99%* controlled | Limited | ||||
| Microbes (UV) | 99.99% | |||||
| Wastewater | None | None | None | None | 20-50% | Brine |
| Cost (per unit) | ~$150 | Low (fuel) | Low (bleach) | $30-50 | $500-3000 | $300-1000 |
| Maintenance | Regenerate 6-9 mo | Daily | Weekly | 2 months | 6-12 mo | Salt refill |
| Installation | Simple | Moderate | Complex | Moderate |
Why Lucent Stands Out
Lucent is the only solution that addresses nitrates, PFAS, and microbes in a single device, with no reject water and regenerable media for long-term sustainability.
Frequently Asked Questions
Technical answers to common questions about Lucent filtration