Create a modern, high-quality water production system. Powered by a 5,000-10,000 litre/day AWG unit, the facility can generate clean water directly from the atmosphere and convert it into a commercial bottled water operation.

Approximate daily production capacity from a 5,000L/day system:

• 10,000 × 500mL bottles per day

• 8,333 × 600mL bottles per day

• 6,666 × 750mL bottles per day

• 5,000 × 1-litre bottles per day

• 2,500 × 2-litre bottles per day

Using high-precision Japanese bottling machinery, the system is designed for efficiency, quality control, reliability, and continuous operation. The result is a scalable water production facility capable of delivering premium bottled water while reducing dependence on traditional water sources.

From air to bottle, this represents a new generation of water production technology designed for future water security and commercial opportunity.

SkySpring Harvest® AWG technology has been developed since 2008, with almost two decades of research, engineering, and real-world deployment across 45+ countries worldwide. Their Atmospheric Water Generation systems have been used in defence, emergency response, remote infrastructure, mining, and large-scale water projects.

Water quality remains a core focus of the technology. SkySpring Harvest® publicly states its systems use advanced multi-stage filtration, purification, UV treatment, and mineralisation processes designed to produce high-quality drinking water. The technology has published certifications and testing references including ISO 9001, ISO 14001, Australian & New Zealand Declaration of Conformity, water quality certification, and climate chamber performance testing.

For SkySpring Harvest®, this means more than simply generating water. It means delivering proven technology designed for dependable performance in demanding conditions.

From fresh air to future water security — proven technology helping support farms, communities, and commercial water solutions across Australia.

Risks of Dams Depleting to Near Zero with No Rain

• Livestock stress and losses – Reduced drinking water affects health, weight gain, fertility, milk production, and survival.

• Crop failure – Irrigation restrictions or complete loss of supply can severely reduce yields.

• Higher operating costs – Emergency water trucking, fuel, and temporary solutions can become very expensive.

• Reduced stocking capacity – Farmers may be forced to sell livestock early or reduce herd numbers.

• Water quality deterioration – Low dam levels can increase salinity, algae growth, sediment concentration, and contamination risks.

• Business cash-flow pressure – Lower production combined with higher costs can reduce profitability.

• Long recovery periods – Even after rain returns, dams, pasture, and production systems may take significant time to recover.

• Operational disruption – Day-to-day planning becomes difficult when water availability is uncertain.

• Mental and family stress – Ongoing water uncertainty creates significant pressure on farm operations and decision-making.

• Asset value impact – Water insecurity can affect the productivity and long-term value of farming properties.

Why AWG Can Help Slow Dam Decline During Drought-Investment is Worth Every Dollar.

• Adds water daily – Generates a continuous supply regardless of rainfall.

• Reduces dam drawdown – Less water needs to be taken from existing storage.

• Supports livestock needs – Daily water demand can be supplemented separately.

• Assists irrigation requirements – Helps offset part of farm water use.

• Reduces dependence on transported water – Less pressure on existing reserves.

• Builds drought resilience – Helps maintain supply through extended dry periods.

During extended dry periods, farm dams often become the primary source for livestock, irrigation, household use, and daily farm operations. As rainfall decreases and demand continues, water levels can fall rapidly. Atmospheric Water Generation (AWG) helps reduce pressure on existing water reserves by generating additional water directly from the atmosphere.

Rather than relying entirely on stored dam water, farmers can supplement part of their daily demand through AWG systems. Water generated can support livestock watering, greenhouse production, tank storage, and operational requirements, helping reduce the amount drawn from dams each day.

Key benefits include:

• Adds daily water input – Generates water independent of rainfall

• Reduces pressure on dams – Lowers dependence on stored reserves

• Supports livestock and crops – Helps maintain production continuity

• Strengthens drought resilience – Provides an alternative supply source

• Improves planning confidence – Reduces uncertainty during dry seasons

• Protects water security – Helps preserve critical reserves for longer

AWG does not replace rainfall, but it can help extend existing water resources and support farm operations when every litre matters.

The Northern Tablelands is facing its driest stretch on record. While dams run dry and bores strain, SkySpring® AWG systems generate clean water straight from the air — no rainfall required. Solar-compatible, proven across 70+ countries, sized from 500L to 10,000L/day for farms of any scale.

Water trucking is an ongoing cost that never ends — every load, every trip, every season. A SkySpring® AWG system is different: finance it over 3–5 years, and once it's paid off, your water is effectively free — generated on-site, from the air, for as long as the machine runs. Backed by a 15-year warranty, it's not a temporary fix, it's long-term infrastructure for your farm.

Whether you need 500L a day for a small farm or 5,000L a day for commercial operations, SkySpring® AWG systems are modular — start with what you need now, and add capacity as your farm grows.

Nearly half of NSW is projected to be in drought by spring, with conditions worsening across parts of Victoria, South Australia and WA too. Farmers securing their own water supply now — independent of rainfall, dams, or bore levels — are protecting production before the dry season deepens further. See if an AWG system fits your property.

NSW Northern Tablelands recording their lowest rainfall on record. Roughly 46% of NSW is expected to be in drought category by the end of September 2026, with intensification likely in the Northern Tablelands, North Coast and Hunter regions. That gives us real, current targeting — not guesswork.

Don't wait on forecasts you can't control — SkySpring Harvest® AWG systems produce reliable water on-site, day or night, dry season or not. 18 years of proven SkySpring Harvest® tech engineering, built for remote and rural conditions.

Distance from town power lines shouldn't decide whether your property has reliable water. SkySpring® runs on solar with battery storage, pulling clean water from the air around the clock — no mains power, no rainfall dependency, no compromise for being remote.

Remote properties face a double challenge — unreliable power and unreliable rainfall. SkySpring® AWG systems solve both: fully solar and battery powered, generating clean water directly from the air with no dependence on grid connection or dam levels. True independence, wherever your property sits.

Nearly half of NSW is projected to be in drought by spring, with conditions worsening across parts of Victoria, South Australia and WA too. Farmers securing their own water supply now — independent of rainfall, dams, or bore levels — are protecting production before the dry season deepens further. See if an AWG system fits your property.

NSW Northern Tablelands recording their lowest rainfall on record. Roughly 46% of NSW is expected to be in drought category by the end of September 2026, with intensification likely in the Northern Tablelands, North Coast and Hunter regions. That gives us real, current targeting — not guesswork.

Don't wait on forecasts you can't control — SkySpring® AWG systems produce reliable water on-site, day or night, dry season or not. 18 years of proven GENAQ engineering, built for remote and rural conditions.