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1st Int. Transborder Conf. of the Timor Island: Timor %u2013 Science without borderDili, 7-8 May 2025109Carbon And Economic Added Value of Leucaena leucocephalaBiomass As A Source of Renewable Energy For The Power Plant In West Timor, IndonesiaFredrik L. Benu1,3,*, Apolonaris S.B.O. Muda1, Halena M. Asa2, Jusuf Manilapai31Program Studi Ilmu Lingkungan, PPs, Universitas Nusa Cendana, Indonesia2Program Studi Agribisnis, Faperta, Universitas Nusa Cendana, Indonesia 3Program Studi Budidaya Perairan, FPKP, Universitas Nusa Cendana, Indonesia*Corressponding author: benufred@undana.ac.idAbstractConcerning Timor Island, which has been assigned as a source of biomass for endeavors to realize the vitality blend target, this research is to follow up on multiple-helix participation related to the improvement of \vegetated vitality woodlands, to create biomass as a coal substitute for a power plant. The issues raised related to the carbon footprint created from the co-firing through the vitality blend between coal and biomass at the power plant, and the overall financialvalue created. The research suggests that the calorific value (HHV) of the coal and biomass blend with a proportion of 95%:5%, is 4,342 Kcal/kg. The commerce of biomass created from %u201clamtoro\within the co-firing control plant in Timor Island is financially productive as prove by EVA of the company which is more prominent. This indicator showing the company's great monetary execution and surpasses the normal budgetary execution of the wood industry in common. Analysis of the financial esteem included in the biomass generation commerce showed that each kilogram of biomass contributed IDR 133.23/kg to the whole esteem of prepared items. This critical esteem shows the proficiency of the generation prepared and great showcase potential for biomass items.Keywords: power plant, Timor island, Leucaena leucochepala, carbon foot print.