Late in 2022, the global population exceeded 8 Billion and is expected to reach 10 Billion by 2050.

At the same time, the land available to produce enough food for this population declines every year due to urbanisation. We must grow more from less.

In order to feed the world in 2050, agricultural productivity must increase by >50% within 25 years and in the face of climate change and societal attitudes to farming practices and inputs. The world needs agricultural technology that can massively enhance productivity and is compatible with sustainability objectives.

We believe Epigenetica Nanobubble technology can contribute to all agricultural sectors, by enhancing the performance of inputs, including the potential to reduce pesticide use and thereby significantly help to meet the needs of feeding a growing population.

Nanobubble technology has long been proved to boost dissolved oxygen levels and thereby enhance plant performance. Epigenetica has now developed an extremely cost-effective way to grow Electric Field Nanobubbles (EFNBs, 1000 times smaller than a human hair) at a molecular level in water. Other compounds can be metered into the water which are attracted to and absorbed by the EFNBs.
The vast surface area of billions of Epigenetica Nanobubbles make them the perfect vehicle to carry and transfer materials, including genetic, other organic and inorganic elements into plant cells via the root system or leaves. This is new technology, different, simpler and a more cost-effective delivery platform which opens up the potential of wider adoption globally.