Chanvirakboth (Aston) Mony

This photograph showcases the facility area that requires the presence of farmers to oversee its maintenance and operation. Notably, the facility emphasizes water storages that holds filtered water after undergoing desalination. This water is then transported into the storage for the purpose of irrigation. The facility also features waste storages that collects all the remaining waste post-desalination. Furthermore, the farming component of the facility is utilized to cultivate crops that are ultimately transported to the shore for harvesting.

After reaching the shores, the farming component will open up, allowing the farming frame to move out. This will enable people to harvest the crops that have been grown in the facility. Once the crops are fully harvested, the farming component will transport itself back to the facility for further planting.

This image showcases a desalination facility that removes salt and impurities from seawater. Desalination can be achieved through distillation or reverse osmosis. In distillation, seawater is heated, evaporated, and then condensed, while reverse osmosis uses a semi-permeable membrane to separate salt and water molecules. Although distillation is energy-intensive, it is suitable for high-salinity water. On the other hand, reverse osmosis is more efficient but requires extensive pre-treatment. In water-scarce regions, desalination is necessary to provide fresh water.

This image show case how the farming container work include materials.

The diagram showcase three layer that combine into the facility which then show how each layer work and operates.