Overview

Zerocarbontech24, a Mumbai‑based firm, and The Art of Living – Sri Sri Naisargik (AOL‑SSN), based in Bengaluru, jointly announced the launch of WARO‑C6, an outdoor, solar‑powered, filter‑less air‑purification and carbon‑capture device. The product was unveiled at The Art of Living International Centre in Bengaluru and is targeted at high‑pollution zones such as roadsides, traffic corridors, and industrial premises.

Technology Description

WARO‑C6 employs a proprietary, software‑controlled mechanism that draws polluted ambient air into the unit and captures particulate matter without using conventional filters, ionisation, ultraviolet light, magnetic fields, or high‑voltage components. The system relies on static principles, internal air pressure, kinetic energy, and a low‑voltage electronic chip to achieve filtration‑free operation.

Performance Metrics

  • Air‑processing capacity: approximately 30 litres per second, equating to 300,000 litres per hour.
  • Particle capture range: capable of capturing particles across PM1.0, PM2.5, PM10, as well as dust and smoke. The stated figures refer to the volume of air processed; actual pollutant removal depends on ambient concentration, wind speed, placement, and pollutant influx.

Power and Energy Use

  • Operates on 12 V DC power; a 14‑volt solar‑powered configuration is also referenced.
  • Power sources can include solar panels, batteries, or conventional grid electricity.
  • The device is dry‑operation, eliminating water consumption and positioning it as an alternative to water‑based dust suppression methods.

Circular‑Economy Feature

Captured dust and particulate matter are intended for reuse in construction materials, such as paver blocks and bricks, thereby converting air‑borne pollutants into valuable raw material and reducing waste disposal requirements.

Digital Monitoring and IoT Integration

WARO‑C6 incorporates artificial intelligence and Internet of Things capabilities:

  • Environmental sensors monitor particulate matter, rainfall, and temperature.
  • GPS tracking and a live dashboard provide real‑time data on device location, operating conditions, and performance, enabling operators and municipal authorities to make informed deployment and maintenance decisions.

Deployment Configurations

The platform offers multiple installation models to suit varied environments:

  • STR‑101: pole‑mounted system.
  • DVR‑101: road‑divider installation.
  • THOR‑101 and IG‑101: higher‑capacity configurations for heavy industrial settings.

These models allow the technology to be positioned closer to emission sources rather than relying solely on centralized infrastructure.

Strategic Context

The launch reflects a growing interest in localized, energy‑efficient pollution‑capture solutions that complement broader emission‑reduction strategies. While WARO‑C6 is not a substitute for source‑level pollution control, its filter‑less design, solar compatibility, and pollutant‑recovery concept aim to augment existing measures by targeting airborne pollutants already present in the environment.

Outlook

The next development phase will hinge on real‑world performance validation, safe handling of captured pollutants, and demonstrable, sustained improvements in local air quality across diverse outdoor settings.