Channelling Works
2022
BARAS, RIZAL - REGION IV-A - Philippines
Global Business Power Corp., Mitsui&Co., Solenergy Systems Inc.
115 MWAC BARAS SOLAR POWER PLANT CHANNEL LINING SOLUTION
115 MWAC BARAS SOLAR POWER PLANT CHANNEL LINING SOLUTION_0
115 MWAC BARAS SOLAR POWER PLANT CHANNEL LINING SOLUTION_1
115 MWAC BARAS SOLAR POWER PLANT CHANNEL LINING SOLUTION_2
Problem
Located in Pinugay, Baras Rizal, the vast area of the 115 MW Solar Power Plant being developed by Solenergy System Inc. is surrounded by mountainous terrain. Based on the hydrological data available, it is expected that a significant volume of runoff may flow towards the solar farm at peak rainfall conditions. The construction of open channel drainage canals is integral during the development of the facility to assure that peak discharge would be accommodated. For open channels, conventional drainage lining typically includes concrete-lined or earth-lined canals. Common problems with these options are that one could drastically increase project cost while the other could pose open channel instability like erosion, scouring, and undermining. Solenergy System Inc. is seeking a cost-effective alternative solution to traditional concrete lining while providing a structural sound structure.
Solution
To address dangers of channel instability such as erosion and scouring while providing great value for overall drainage cost, Maccaferri’s Double Twisted Wire Mesh and MacMat EM 14.3 were used for the open channels of 115 MW Baras Solar Power Plant. The erosion mat together with the DT netting not only provides higher velocity resistance compared to a bare earth-lined channel but also gives higher shear resistance to prevent erosion within the canal surface. Overall, significant cost savings were realized by the client against the conventional concrete-lined channel.
Used Products
Gabions
Maccaferri Gabion is a Double-Twisted “DT” wire mesh container of variable sizes uniformly partitioned into internal cells, interconnected with othView
Netting
Maccaferri DT Mesh is a core component of our MacRO rockfall mitigation and natural hazard protection application area. It is one out of a range ofView