This research article proposes the use of a box-type solar heater for the disinfection of domestic roof-harvested rainwater in Ibadan, Nigeria. Solar water heater can be used to pasteurize water thereby destroying bacteria and viruses when heated to temperatures of about 65°C.
This presentation, given by Dr. Uli Jakob of Solem Consulting, at the AHK (German-Australian Chamber of Industry and Commerce) conference in Sydney in March 2014, gives an update on the technologies and perspectives of solar cooling systems. It covers the different technologies used, such as sorption chillers, integrated hydraulic units and standardized solar cooling kits. It also provides a short overview of solar collector technologies for solar cooling.
This document was presented at the ECOWAS Solar Thermal Energy Capacity Building and Demonstration Programme conference held on 13 and 14 June 2014 in Praia, Cape Verde. The document, presented by Atsu Divine of the Koforidua Polytechnic of Ghana, explains why Ghana needs solar thermal technology for its development.
Submitted by Amr Hai on April 16, 2015
The purpose of this study report (case-study) is to analyze the impact of the “Global Solar Water Heating Market Transformation and Strengthening Initiative on the development of the solar water heaters market in Lebanon.
This presentation, prepared by Dr. Ir. Ing. Dick G. Klaren of Klaren International, proposes the use of a salinity gradient solar pond (SGSP) in coastal waters as renewable energy source for thermal desalination. The document was presented at the CWC Technical Seminars featured at the Saudi Water & Power Forum (SWPF), held between 12 and 14 January in Riyadh, in the Kingdom of Saudi Arabia.