Alpha UV System was founded in Greater Noida with a straightforward purpose: to build UV disinfection systems the way they should be built — engineered from first principles, not assembled by traders.
The founder, an IIT-trained engineer, saw a gap in India's water treatment sector. Most suppliers were trading businesses buying standard configurations, putting their name on a stainless steel body, and selling systems that looked identical to every other system in the market.
Every system that leaves our plant is designed by our engineering team, powered by genuine Philips UV-C lamps, and backed by the kind of documentation that passes CDSCO, FSSAI, and international audits.
Our clients span India and 20+ countries worldwide — from residential installations to large municipal contracts.
35,000+
UV Systems Installed
20+
Countries Served
35+
Team Members
2022
Year Founded
Our Story
Greater Noida, Uttar Pradesh. The founding began here, in a manufacturing corridor that sits at the edge of one of India's most industrially active regions. The founder — an IIT-trained engineer — had spent years watching India's water treatment sector grow steadily. What he saw troubled him.
UV technology was not new. By 2022, dozens of suppliers were selling UV systems across the country. Most of them were trading businesses. They sourced standard configurations from the same small pool of component suppliers, fitted them into stainless steel chambers, applied their brand label, and sold on specification sheets that were identical to every other specification sheet in the market.
That is not engineering. And in water treatment, the gap between a properly designed system and a standard catalogue configuration is the difference between a system that reliably delivers the required UV dose under real operating conditions — and a system that looks compliant on paper but underperforms in practice.
He built his engineering team carefully. Several of the core engineers came from Ex-TCS, Ex-Moser Bear, and Ex-Sahara — bringing experience from large Indian industrial organisations. These were engineers who understood the difference between lab performance and field performance. They knew what it meant to design for maintainability — not just for initial commissioning.
Every Alpha UV system begins with the client's water quality data. UV transmittance — the single most important parameter for UV dose calculation — varies significantly across India. A UV system sized without accounting for actual UVT will underperform or over-configure.
The reactor geometry, lamp spacing, flow velocity profile, and ballast specification are all calculated for each application. Our clients include pharmaceutical manufacturers who submit to CDSCO inspection, food and beverage facilities that comply with FSSAI requirements, and export customers who need CE documentation that holds up under international scrutiny.
Today, more than 35,000 Alpha UV systems have been installed — across India and in more than 20 countries worldwide. The client base spans every major sector: hotels, pharmaceutical manufacturing, food and beverage, municipal water supply, industrial estates, educational institutions, and large residential developments.
If you are evaluating UV systems for a serious application, we would like to hear about your project. Share your water quality data, your flow requirement, and your regulatory obligations. We will give you a system designed for what you are actually trying to do.
Most UV manufacturers size systems from lookup tables. Our IIT Patna engineers run full ANSYS Fluent Computational Fluid Dynamics simulation for every reactor geometry — validating velocity profiles, turbulence factors, and UV dose distribution before a single piece of metal is cut.
UV Transmittance Modelling
Every reactor geometry is calculated for your specific water — UVT, turbidity, TSS. A 10% drop in UVT requires 30–40% more lamp power. We calculate this, not estimate it.
UVT 50–98% modelledVelocity Profile Simulation
Turbulent flow creates dead zones near chamber walls. Our CFD maps every zone — lamp placement and chamber diameter are optimised to eliminate them.
k-ε RNG turbulence modelDose Distribution Mapping
Using the Φ-function UV dose model, we compute mJ/cm² at every point in the flow field. The minimum-dose zone sets the compliance threshold.
3.2M computational cellsMulti-Lamp Array Design
For high-flow applications (8–12 lamps), CFD determines optimal lamp spacing to ensure dose uniformity. Uneven spacing creates under-dose bands that fail regulatory audits.
1–12 lamp configurationsConvergence Validation
Each simulation runs to 3,200 iterations until residuals fall below 10⁻⁴ — the standard accepted by ÖNORM M 5873 and DVGW W294 for UV reactor validation.
Residuals < 10⁻⁴Regulatory Compliance Output
Every CFD run generates a UV dose calculation report, velocity streamline plot, and dose distribution map — the exact documents CDSCO, FSSAI, and CE auditors check.
ÖNORM · DVGW · WHOSample: Industrial UV System — 5 UV-C Lamps · 5,000–10,000 LPH · ANSYS Fluent validated
Small Systems
1 lamp
Single centreline lamp. Radial gradient drives 99.99% inactivation.
Mid Systems
3–5 lamps
Parallel array. CFD confirms uniform dose across full cross-section.
Large Systems
8–12 lamps
Ring arrangement. Multi-lamp CFD validates inter-lamp dose uniformity.
The Team
Our founder is an IIT-trained engineer who assembled a team with deep backgrounds in industrial manufacturing. Several of our core engineers came from Ex-TCS, Ex-Moser Bear, and Ex-Sahara, bringing years of experience in large-scale industrial systems, quality management, and field engineering across India.
Our engineering team includes professionals from Ex-TCS, Ex-Moser Bear, and Ex-Sahara who have worked on large infrastructure and manufacturing projects across India. Real field experience — not just classroom theory.
Every system is designed, built, and tested to specification. QC is built into each stage of fabrication — from reactor geometry to lamp selection to controller wiring.
Our team supports customers across India and in 20+ countries. Technical documentation, CE compliance, and regulatory support are handled in-house for both domestic and export projects.
Alpha UV System is an authorized dealer for Philips UV-C lamps (Signify). Every lamp shipped with an Alpha UV System carries a Philips Certificate of Authenticity — covering rated UV-C output, lamp life, and RoHS, CE, and NSF compliance.
This traceability is what pharma, food & beverage, and municipal customers need for CDSCO, FSSAI, and international audits. Generic UV lamps ship without usable documentation. Philips lamps ship with the certificate the auditor asks for.
Our plant is in Greater Noida, Uttar Pradesh — one of India's most capable manufacturing corridors, close to Delhi's air cargo terminal and well-connected to the national highway and rail network.
For domestic clients, this means fast production-to-dispatch timelines, spares availability from stock, and technical support coordinated for every region.
For export customers, our Greater Noida location provides fast access to the Nhava Sheva and Delhi Air Cargo terminals. Standard export shipments dispatch within a week.
Ex-Tata engineers on the manufacturing team
Every system quality-tested before dispatch
Export packaging and CE documentation prepared in-house
Certifications
Mon–Sat · 9 AM–6 PM IST · IIT Patna alumni on call
An engineer, not a salesperson, will respond within 2 hours.
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