One building at a time — professional-grade measurement, WHO-benchmarked data, and precision solutions designed for your space.
Every engagement starts with measurement. No guessing. No unnecessary upselling. Data first, always.
We visit and measure PM2.5, PM10, CO₂, Formaldehyde, Temperature and Humidity. You get a WHO-benchmarked printed report the same day.
Based on your data, we design a space-specific fix. A hospital needs different treatment than an office. One size never fits all.
Multi-brand supply — always the best fit. Professional installation and optional AMC to keep your air clean year-round.
"You can't fix what you can't measure.
We make your air visible."
From first measurement to annual maintenance. One team, one point of contact, zero guesswork.
We visit your site and measure all key parameters — PM2.5, PM10, CO₂, Formaldehyde, Temperature, Humidity. You receive a detailed, WHO-benchmarked printed report the same day.
Different spaces have fundamentally different problems. A hospital needs pathogen control. An office needs CO₂ management. We design the precise solution from your audit data.
We supply from multiple manufacturers — always recommending what performs best for your specific space. Brand-agnostic. Professional installation with post-install verification.
Scheduled servicing, filter replacements, periodic re-audits and 24hr support. You get proof your air is still clean — not just hope that it is.
"Clean air isn't a device. It's a system — designed, installed, and maintained with precision."
We don't apply generic solutions. We understand the specific challenges each environment faces — and design accordingly.
High CO₂ from people in enclosed spaces causes measurable drops in focus and productivity. We measure your actual levels and design ventilation + purification.
Healthcare environments need pathogen reduction, particulate filtration and VOC control from disinfectants. Compromised air is a patient safety risk.
Children breathe more air per kg of body weight. High CO₂ in classrooms reduces learning capacity. We install child-safe, low-noise solutions.
Guest experience is directly affected by air quality. Stuffy rooms hurt reviews. We help hotels maintain consistently fresh air — a premium amenity.
Industrial spaces have severe IAQ issues — chemical VOCs, heavy PM10 dust and poor ventilation. We design robust filtration for compliance.
During exercise, people breathe 10–20× more air. We design high-throughput filtration for high-occupancy fitness spaces where CO₂ spikes fast.
The devices don't care what industry you're in. The data tells us the problem. Start there.
Anyone can sell you a purifier. Very few will tell you what your air actually contains before recommending one.
We work with multiple manufacturers. We recommend what's right for your space — not what gives us the best margin.
We never recommend without measuring first. Every client gets device-measured data and a WHO report before any purchase decision.
Every audit produces a branded A4 report. Keep it for records, share with employees, present to regulators.
Audit → design → supply → install → maintain. One team, one contact. No coordinating multiple vendors.
Ahmedabad-based team. Same-week installation. Fast support. No waiting for technicians from another city.
No commitment required. We visit, measure and give you a printed report. Then you decide. Most clients are surprised by what the data shows.
We are an early-stage company actively building our client base across Gujarat. Our first documented case studies will be published here as engagements are completed — with full data, before/after readings, and client consent.
If you're open to a free audit and willing to share anonymised before/after data, we'll document your site's transformation here — with your brand (if you choose) and a full measurement report.
These are real studies, real organisations, and real measured outcomes from across India — not our own work. We share them because the science speaks clearly: indoor air quality is a serious, solvable problem.
IIT Delhi's Centre of Excellence for Research on Clean Air (CERCA), in association with the Society for Indoor Environment and Kaiterra, monitored 37 buildings across Delhi — offices, schools, hospitals, restaurants, and malls. PM10, PM2.5, CO₂, and TVOC were tracked over 24-hour periods. Indoor pollutant levels were found to be 2–5× above CPCB permissible limits and 10–15× above WHO 24-hour averages across all building types. Schools had the worst PM2.5 indoor/outdoor ratios. Offices recorded CO₂ consistently above 1,300 ppm due to poor ventilation and ductless AC systems.
After moving into a newly renovated 100,000 sq.ft. office in Gurgaon, Zomato faced elevated VOC and formaldehyde levels from fresh paint, carpets, and remodelling — combined with Delhi-NCR's high ambient PM2.5. Staff were experiencing headaches and drowsiness. Smart Air installed 91 purifiers across all floors without infrastructure changes. After 21 days of monitoring across 6 audits, PM2.5 dropped by 87%, formaldehyde by 82%, and VOCs by 93% on average.
Ford India's Delhi office team was concerned about staff exposure to PM2.5 and VOCs. Rather than modifying the central HVAC — which would have required custom design, structural changes, and months of lead time — they installed 14 Blast and Blast Mini portable purifiers with H13 HEPA and activated carbon filters. Post-installation testing confirmed PM2.5 reduced by 95% and VOCs by 68% on average across the entire office, with zero disruption to daily operations.
A peer-reviewed field study published in Energy & Buildings evaluated indoor environmental quality across 30 air-conditioned offices in India, measuring 17 parameters including CO₂, PM2.5, TVOC, and NO₂. The study found a prevalence of sub-standard indoor environments — the dominant concerns being high CO₂, TVOC, PM and NO₂. The research concluded that most Indian offices fail to meet both national (CPCB/NBC) and international (ASHRAE/WHO) IAQ standards.
A study published in PMC evaluated an air purification system installed in Indian office buildings specifically targeting CO₂ accumulation — a common problem in sealed, AC-heavy offices. The system reduced indoor CO₂ by over 40%. As a bonus, required fresh air intake was cut by more than 50%, reducing cooling load and energy costs — making the intervention both healthier and cheaper to operate long-term.
Every study above found the same thing — sealed Indian commercial spaces consistently exceed safe pollutant limits. An audit tells you your exact numbers in 30 minutes.
Indoor air is 2–5× more polluted than outdoor air. Here's what we measure and why it matters.
Fine particles smaller than 2.5 micrometers — invisible to the naked eye. They bypass your nose and throat entirely, penetrate deep into lung tissue, and enter your bloodstream directly. Long-term exposure is linked to heart disease, stroke, lung cancer, and premature death.
Indoor sources: Cooking smoke, incense, candles, printers, outdoor air infiltration through windows and HVAC systems.
⚠ Typical Indian office: 40–120 µg/m³ — up to 8× over limit
VOCs are chemical gases released from hundreds of everyday materials — paints, adhesives, furniture, carpets, cleaning products, air fresheners, and even photocopiers. They accumulate silently in enclosed spaces and are a major driver of "Sick Building Syndrome."
Health effects: Eye and throat irritation, headaches, dizziness, liver and kidney damage with chronic exposure. Several VOCs (benzene, formaldehyde) are classified human carcinogens.
⚠ New offices and renovated spaces routinely exceed 1000 µg/m³ in the first 6 months
CO₂ is exhaled by every person in the room. In sealed or poorly ventilated spaces, it builds rapidly. Unlike other pollutants, CO₂ is a direct proxy for ventilation quality — high CO₂ means stale air, low oxygen replenishment, and a cocktail of other pollutants building up alongside it.
Cognitive impact: Studies show decision-making ability drops by 15% at 1000 ppm, 50% at 2500 ppm. Your "afternoon slump" is often CO₂ poisoning — not tiredness.
⚠ Measured 1800–2800 ppm in most Ahmedabad offices during peak hours
| Parameter | WHO Limit | Common Indoor | Health Risk |
|---|---|---|---|
| PM2.5 | 15 µg/m³ | 40–120 µg/m³ | Cardiovascular, lung cancer |
| TVOCs | 300 µg/m³ | 300–2000 µg/m³ | Sick building syndrome, cancer |
| CO₂ | 1000 ppm | 800–2800 ppm | Drowsiness, cognitive decline |
A 30-minute audit tells you exactly what you're breathing. No guesswork. No commitment.
Industry insights, research findings, and updates from Zero Particulate.
IIT Delhi's CERCA lab monitored 37 Delhi buildings and found PM2.5, CO₂, and TVOC levels 2–5× above CPCB limits and up to 15× above WHO 24-hour averages. Offices and schools were the worst performers.
India's smart home ecosystem — which includes IAQ monitoring and air purification — was valued at over ₹18,000 crore in 2023 per MeitY data. Demand is driven by rising urban pollution awareness and increasing commercial adoption.
Research from Harvard T.H. Chan School of Public Health found cognitive performance drops by 15% at 1,000 ppm and up to 50% at 2,500 ppm CO₂. Most sealed Indian offices routinely exceed these thresholds during peak hours.