A significant reduction of 95 % to 97 % of phenolic compounds is observed for the distillate. Total score is 28 goals with 27 goals missed. Al Tadamon Sour - 29 total points, 8 victories, 5 draws, 9 losses. Total goals scored - 14 goals with 49 goals missed.
The obtained results show that the use of a parabolic trough solar collector allows more heat gain to be transferred into the distiller, enhancing system productivity, and decreasing temperature fluctuation compared to the traditional solar distiller. Al Islah Borj Shmali - 13 points, 3 wins, 4 draws, 15 matches lost. A simulation using a spray-type falling film evaporation approach is realized to achieve numerical optimization. A comparative study and a Physico-chemical characterization of filtered and unfiltered olive-oil mill wastewater are conducted to assess their potential reuse. The productivity, environmental impact, and profitability of the proposed prototype are experimentally evaluated. A conical coil heat exchanger immersed in an olive-oil mill wastewater distillation reservoir is coupled with a parabolic trough solar collector. This study focuses on the exploitation of a parabolic trough solar collector as a clean source of energy for sustainable olive-oil mill wastewater treatment. Through continuous effort, hard work and motivation of Al Borj team members and appreciation from our valued clients it. The treatment of olive-oil mill wastewater is therefore at the crossroads of many concerns and is a major challenge for sustainable development. Al Borj was established back in 1987 being the pioneer and market leader in supplying machinery, equipment, spare parts, consumable and services to the apparel manufacturing industry in the GCC, Middle East and MENA region. The olive oil industry, although among the most important sectors in the Mediterranean basin, causes huge environmental problems due to the discharge of polluting wastewater.