Claims:1. Solar distilling method, IoT and AI pH processing device are all part of the development of an intelligently connected distillation device for water purification.
2. Solar distilling turns raw fluid to vapour, which is then absorbed into a water vessel for additional processing. Solar cells that are energy intensive are used in this technique.
3. To control and regulate the water pH levels, the smart IoT operation uses a combo of IoT pH processing modules and smart pH processing units.
, Description:The method of eliminating undesired substances, microbiological pollutants, suspended particles, and gases from polluted water is known as purifying water. The objective is to create filtered environment for drinking use, but filtration can also be tailored to fulfil the needs of medicinal, pharmaceutical, biochemical, and manufacturing uses. One of the procedures that may be utilized to purify water is distilling. This need a usable energy, which can be from heat, power, or radiation from the sun. Solar water filtration is the process of using solar energy for this reason. Sun distilling is a cost-effective method for producing drinkable water utilizing sunlight. To analyze and manage water pH levels, the IoT processing unit combines the benefits of both the IoT pH station and the smart pH station. The layout method for the processing facility comprises of many phases, including an IoT pH section, an Intelligent pH section, as well as a supplying unit for filtered water. The harvested rainwater through solar water distilling is sent to the IoT pH section, that calculates the present pH levels and compares them to the acceptable pH levels of the integrity of the freshwater before sending it to the transmitter device. The intelligent pH section will acquire the pH levels data from the IoT entity, verify the needed computed stirrer to be supplied, and then transmit the data returned to the IoT pH entity for pH to the initial estimated values. The pH levels data is checked by the IoT pH section in a periodic design and in a proforma in between IoT section as well as the intelligence device. Ultimately, if the distilled water reaches the required pH levels, the IOT pH section sends it to the supply unit for collection.