Inflatable plastic solar still with passive condenser for single family use

Enhancement of Modified Solar Still Integrated with External Condenser Using Nanofluids: an Experimental Approach

The distilled water productivity of the single basin solar still is very limited. In this context, the design modification of a single basin solar still has been investigated to improve the solar still performance through increasing the productivity of distilled water. The experimental attempts are made to enhance the solar still productivity by using nanofluids and also by integrating the stil...

Experimental Study on a Compound Parabolic Concentrator Tubular Solar Still Tied with Pyramid Solar Still

Effect of inflatable plastic splints on blood flow.

Inflatable plstic splints have been in use for some time in the United States for the emergency splinting of fracures;t are also gaining popularity in casualty departmentsand clinics in the United Kingdom. Splints of this type cost essentially of a double-walled trAhsparent plastic jacket with a slide fastener and a screw valve in the outer _wa for tion (Pig,,1). The jacket is placed on the lim...

Performance of Rotating Solar Still with Rotating External Reflectors (RESEARCH NOTE)

In this research, a rotating solar still that uses external bottom reflectors was experimentally investigated. The solar still and reflectors have the capability to shift their angle with respect to the south and the reflectors have the capability to shift their angle with respect to the horizon. The experiment has been performed in both fixed and rotating states. For the fixed state the solar ...

Improvement of Solar Still Productivity by Energy Absorbing Plates

A solar still is a viable option when the demand of potable water does not exceed more than 3 litres. Enhancement in distillate output from the solar still is a main goal of many researchers all over the world. In this research, the effect of copper and aluminium plates on distillate output is investigated experimentally as well as theoretically at different water depths under the same climate ...