Other Important Issues. Since this Project is eligible for Special Terms for Economic Partnership (STEP), it is expected that Japan’s advanced know-how will be used for the engineering service and construction of desulfurization and FCC facilities through this Project. In addition, it is also planned that Japanese instrumentation equipment will be installed.
Other Important Issues. N/A 4． Project Benefits
Other Important Issues. Bidding for civil works for all the components and the selection of consulting services are now being carried out in advance.
Other Important Issues. This Program is expected to mitigate climate change by promoting the use of renewable energy sources and ensuring the efficient supply of electricity.
Other Important Issues. This project will contribute to the biodiversity conservation and sustainable forest management, as well as countermeasures to climate change.
Other Important Issues. This Project is expected to utilize the knowledge and technology of Japanese companies and local governments, such as energy-efficient reverse osmosis technology (RO filtration), ultrafiltration (UF) pretreatment technology, and improvements in water distribution networks (e.g. reducing the non-revenue water volume through distribution control).
Other Important Issues. Since this Project is eligible for Special Terms for Economic Partnership (STEP), it is expected that Japan’s advanced engineering service know-how will be used for the FCC complex developed through this Project.
Other Important Issues. This Project is considered to contribute to climate change “adaptation.”
Other Important Issues. JICA has provided training course about waste management to the officials of MINAM and the target cities. Also, this Project aims to establish and improve waste collection and final disposal systems and it contributes to a reduction in greenhouse gas (GHG) emissions. The Project’s effect of reducing climate change is about 200,000 tons per year in terms of CO2 emissions.
Other Important Issues. As the project site has a thick sedimentation of clay deposits which are extremely soft and impermeable, it is planned that Japanese quay-building, landfilling, soil stabilization, and other technologies applicable to super-soft grounds will be applied.
