Extensive soil degradation worldwide disrupts rainfall systems, exacerbates extreme weather events such as droughts and floods, and drives further climate change. As a result, it creates social and political instability, leading to poverty, conflict, and migration. Mr.AQUA opens up entirely new possibilities for successfully addressing this global challenge.

By using Mr.AQUA, soil degradation and, particularly, desertification can be prevented. However, it also offers an effective solution for already degraded soils. It can initiate their primary reclamation and create the conditions necessary for successful plant cultivation, even in challenging climatic conditions.

Thanks to its organic composition and comprehensive properties, Mr.AQUA can replace various chemical drought remedies or their mixtures, providing a range of unique benefits for plants, soil, and the environment.

The global benefit of using Mr.AQUA is particularly evident in soils irrigated with desalinated water. Reducing the use of this water decreases unwanted soil salinization, brine production, and energy consumption for desalination per hectare. According to various calculations, the daily production of desalinated water reaches up to 99 million cubic meters, with over 140 million cubic meters of waste brine produced.

Mr.AQUA contains not only a unique composition of organic substances but also a high proportion of organic carbon. When incorporated into the soil and followed by sustainable vegetation growth, it creates the necessary negative carbon footprint. By using Mr.AQUA, anyone can contribute to reducing CO₂ in the atmosphere—whether on a desert farm, in an urban park, in a garden, or on a football field. Each application of Mr.AQUA helps improve the environment

We can prepare special blends for large-scale projects on previously unused, infertile, or barren land, combining Mr.AQUA with other substances and fertilizers. The application of Mr.AQUA is a crucial step in initiating the primary reclamation of infertile soil. It enables efficient irrigation, provides a unique complex of organic substances, and positively influences soil structure, microbial life, and plant growth.