A case study of an innovative medium sized commercial-industrial bioenergy plant is portrayed. This plant effectively runs on
various agricultural waste feedstocks like; animal-manure, vegetable, poultry and sugar wastes etc. The plant design is based
on anaerobic fixed dome triple digester system connected via underground lagoon. Thus system is facilitating continuous flow
of the input feedstock capacity up-to four tonnes per day. This modern scheme is built on innovation with the inclusion of
mechanical stirrers, gas scrubbers, filtration, compression and storage systems. This research paper highlighted the potential
techno-economic impacts of such bioenergy plant for the energy stressed small-medium industrial sector in developing
countries like Pakistan. It has the capability of 142 MWh energy generations per year; rate of return 15.42% and employment
growth prospects in SME sector up-to 55%.
Rizwan Rasheed, Abdullah Yasar, Amtul Bari Tabinda, Naghman Khan, Yuehong Su, Muhammad Afzaal. (2016) Techno-economic Impacts Of Innovative Commercialindustrial Scale Bioenergy Plant In Pakistan, , Volume-53, Issue-3.
