Sustainability Report.

Aarvish exists because clean water is an infrastructure problem, not a scarcity problem. The same design choices that let our systems run in a community without a road also make them light on the environment. This page sets out how, using the figures published across this site.

Water created, not extracted

Atmospheric water generation condenses drinking water directly out of ambient air. It draws nothing from a lake, river, aquifer or municipal main. In regions where surface water is contaminated, seasonal or spoken for, that means new supply without drawdown on a source somebody else depends on — and without the trucking that would otherwise carry it in.

Our AWG operates in humidity as low as 20% and at temperatures approaching −40 °C, which is what makes year-round Northern operation possible rather than seasonal.

Zero liquid discharge

Our reclamation module recovers 85% of process wastewater and returns it for re-treatment to potable quality. The design target is zero liquid discharge: in environmentally sensitive regions, nothing is released to ground or surface water. The same loop raises total system output from the energy already spent.

Off-grid by default

Systems are powered by a hybrid of our Portable Windmill and solar panels, with a battery buffer for 24/7 operation. The intent is to remove diesel from the equation — no fuel deliveries, no generator emissions, no fuel storage on site, and no dependence on a supply chain that winter roads can sever.

Deployment without construction

• No road required. Systems are built to reach communities that heavy construction equipment cannot, avoiding the land disturbance a pipeline or treatment plant would involve.
• Speed of deployment. Decentralized units come online in a fraction of the time centralized infrastructure takes, which matters most in emergency response.
• Scalable by design. Capacity is added in modules as a community grows, rather than by overbuilding for a demand forecast.

Built to last in place

Equipment that fails in a remote community is worse than no equipment: it strands material where disposal is hardest. Our systems are engineered for harsh climates, and satellite-linked remote monitoring tracks water quality, system health and energy production in real time so that problems are caught before they become failures and site visits happen when they are actually needed.

Community ownership

We design for local operation and local ownership. A system that a community can run and maintain keeps working after the installers leave — which is the only version of sustainability that survives contact with a remote site.