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@article{150677,
        author = {Golden Kumar Singh},
        title = {Performance Analysis Of Water Distillation By Two Directional Slop Solar Still Roofs},
        journal = {International Journal of Innovative Research in Technology},
        year = {},
        volume = {7},
        number = {9},
        pages = {19-25},
        issn = {2349-6002},
        url = {https://ijirt.org/article?manuscript=150677},
        abstract = {Various experiments have been conducted to establish correlation among different parameters for water distillation by two directional slop solar still roofs. The experiment set has been installed on the roof of building in the month of April 2020, the experiment has been carried out at Sultanpur. All the data like solar radiation, wind velocity, temperature etc. has been calculated from different measuring devices has been used. For the optimal result we have done our experiment on the clear day and when the climate condition of the Sultanpur is warm as compared to other days. I have placed solar still in both East-West and North-South position to measure the different output in different orientation. The basin water, encompassing, glass cover, vapor and basin liner temperature are recorded hourly with the assistance of temperature sensors. There are seven temperature sensors are utilized as a part of the test setup. The breeze speed is additionally recorded by an anemometer. Hourly and day by day distillate yield is estimated with the assistance of estimating container. Analysis was completed early in the day 7:00 hrs. to 17:00 hrs  also; hourly perusing has been gotten which is appeared in the chart. The production of solar still increases as we reduced the height of the water in the solar still. It is found in the experiment that the production of distilled water is 22% higher for 2cm water depth as compared to 4 cm water depth from 7:00 hrs. to 17:00 hrs.},
        keywords = {solar still; isolation; distillation; two directional slop solar still; solar enhancement; productivity enhancement},
        month = {},
        }