5/16/2024 0 Comments Richard deliberty phototimeTujuan penelitian ini adalah untuk mengeetahui kemampuan mikroalga Chlamydomonas sp yang dikultivasi dalam photobioreaktor tubular dalam penyerapan gas CO2 serta untuk mengetahui konsentrasi maksimum gas CO2 dalam umpan untuk memproduksi biomasa mikroalga yang optimal. ![]() Pertumbuhan mikroalga sangat dipengaruhi oleh konsentrasi gas CO2 di dalam gas pencemar. PMID:16347211īiofiksasi CO2 Oleh Mikroalga Chlamydomonas sp dalam Photobioreaktor Tubularĭirectory of Open Access Journals (Sweden)įull Text Available Mikroalga memiliki potensi dalam membiofiksasi CO2 dan dapat dimanfaatkan untuk mengurangi kadar CO2 dalam gas pencemar. The mechanisms that might be involved are discussed. filiculoides is apparently related to the adverse influence of the green alga and the fungus on the macrosymbiont. ![]() did not adversely affect the growth or nitrogenase activity of free-living A. Inoculation of nitrogen-free Stanier medium with either Acremonium sp. than when it was inoculated with Acremonium sp. However, the extent of depression of nitrogenase activity was significantly higher when azolla medium was inoculated with Chlamydomonas sp. Subsequent inoculation of azolla medium with this fungus was also accompanied by a significant decrease in nitrogenase activity of A. filiculoides and with increases in the density of a fungal population identified as Acremonium sp. was associated with decreased nitrogenase activity in A. Inoculation of azolla medium with Chlamydomonas sp. on nitrogen fixation (C2H2 → C2H4) in Azolla filiculoides and on the nitrogen fixation and growth of free-living Anabaena azollae 2B organisms. ![]() â€Įxperiments were conducted to determine the influence of Chlamydomonas sp. I also collaborate widely with colleagues in many fields of system design.Azolla filiculoides Nitrogenase Activity Decrease Induced by Inoculation with Chlamydomonas sp. In parallel, I’ve demonstrated the practical application of these concepts, in particular in the field of Airport Systems Planning, Design, and Management. My efforts over the past decade have culminated in the application of flexibility in system development and design, to allow engineering systems to minimize the impact of undesirable consequences, while exploiting desirable opportunities. I’ve dedicated my career to the development of practical methods to expand the scope of engineering to include a focus on the expected value of projects over time, in the context of the inevitable uncertainty about future demands and requirements. Singapore University of Technology and Design ![]() Morocco, OCP Group and Mohammed VI Polytechnic University Participation in Major MIT International Partnerships Responsible for its development over its first 25 years, 1975-2000. In Spring of 2023 this work took me to Imperial College London, the University of Porto, and the Danish Technical University.įounding Chairman, MIT Technology and Policy Program Focusing on research and teaching in flexibility as a means to increase the expected value of system development and design in the inevitable context of uncertainty and risk.Ĭurrently spending sabbatical leave (Spring of 20) on the development of a compendium of curated case studies of system development and design with worldwide colleagues.
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