Grow more with every litre of water.

The context

Hydroponic and aeroponic systems can change how water and nutrients reach a crop. Their practical value depends on reliability, maintenance, crop health and the resources used across a complete growing cycle.

Who this is for

Growers working with constrained water supplies or limited growing space.

Why it matters

A water-saving claim needs a credible comparison. Measuring a complete system can reveal trade-offs that a prototype alone does not show.

What needs to be solved

Frame and test a growing approach that reduces avoidable water use while maintaining a useful crop output. Measure performance against a clearly defined baseline.

The constraints

• Track water, nutrient and energy use together.
• Plan for pump failure, maintenance and safe handling of nutrients.
• Use an agreed crop, comparison method and observation period.

What success looks like

• Record water use per unit of usable crop output.
• Document crop health, system downtime and maintenance effort.
• Explain trade-offs and whether the approach merits a larger trial.

Who can contribute

The problem decides the team. These capabilities are a starting point, not a closed list of eligible degrees.

Available support

Technical, research and growing-system guidance can support an approved trial. Access to equipment and growing space is subject to project arrangements.