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Marine algae conf const 5 8oct 2017

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Valentin Popa
Valentin Popa

Compared to terrestrial biomass, marine algae have a major potential to become a renewable resource of raw material for biofuels and bioproducts. Through their diverse chemical composition, marine algae can be the source of bioproducts for many industries. For the implementation in practice of the marine algae capitalization, it is necessary to obtain supplementary information from scientific research and solving some technological aspects for obtaining bioproducts under efficient economic conditions.

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MARINE ALGAE BIOMASS POTENTIAL FOR OBTAINING BIOFUELS AND BIOPRODUCTS Valentin I.Popa, professor emeritus Gheorghe Asachi Technical University of Iasi Corresponding member of ASTR, vipopa@tuiasi. Ro Catalina Filote, Valentin I. Popa, Irina Volf
Cercetri 樽n domeniul chimiei algelor marine (1970- 1975), cond.tiinific: Acad. Cristofor Simionescu Stagiu de documentare 樽n Coreea de Nord, 1972 Cristofor Simionescu, Viorica Rusan, Valentin Popa, Chimia algelor marine, Editura Academiei Rom但ne, 1974 Premiul Gheorghe Spacu al Academiei Rom但ne, 1976 pentru Ciclul de lucrri privind chimia algelor marine
Surse Microalgae can be cultivated on large scale contributing both to solve the problems of climate change and global warming as well as global energy and food security. Macroalgae (seaweeds) that occupy the littoral zone are a great source of compounds with diverse applications (hydrocolloids: agar, alginate and carrageenan, other non-jellifying polysaccharides and oligosaccharides, pigments, proteins, amino acids and phenolic compounds).
Compoziia chimic a algelor i posibiliti de aplicare
Cultivarea microalgelor
Metode de recoltare a algelor
Biocombustibili din biomas
Procedee de prelucrare a algelor
Procedee de prelucrare a algelor
Marine algae conf const 5 8oct 2017
Lungimea catenei de carbon Aplicaii
Surse de biodiesel. Analiz comparativ.
Posibiliti de obinere de biodiesel din microalge
Conversia microalgelor 樽n biocombustibili
Marine algae conf const 5 8oct 2017
Marine algae conf const 5 8oct 2017
Valorificarea complex a algelor
Compui cu activitate biologic din algele marine
Principalele domenii de cercetare privind studiul macroalgelor
Marine algae conf const 5 8oct 2017
Concluzii Algele marine reprezint materii prime regenerabile accesibile prin cultivare sau recoltare din mediul natural pentru a fi utilizabile pentru obinerea de biocombustibili i bioproduse. Algele marine sunt accesibile fr a intra 樽n competiie cu resursele de provenien agricol sau forestier. Aplicarea procesului de biorafinare permite valorificarea complex i integral a biomasei algale.
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Marine algae conf const 5 8oct 2017

  • 1. MARINE ALGAE BIOMASS POTENTIAL FOR OBTAINING BIOFUELS AND BIOPRODUCTS Valentin I.Popa, professor emeritus Gheorghe Asachi Technical University of Iasi Corresponding member of ASTR, vipopa@tuiasi. Ro Catalina Filote, Valentin I. Popa, Irina Volf
  • 2. Cercetri 樽n domeniul chimiei algelor marine (1970- 1975), cond.tiinific: Acad. Cristofor Simionescu Stagiu de documentare 樽n Coreea de Nord, 1972 Cristofor Simionescu, Viorica Rusan, Valentin Popa, Chimia algelor marine, Editura Academiei Rom但ne, 1974 Premiul Gheorghe Spacu al Academiei Rom但ne, 1976 pentru Ciclul de lucrri privind chimia algelor marine
  • 3. Surse Microalgae can be cultivated on large scale contributing both to solve the problems of climate change and global warming as well as global energy and food security. Macroalgae (seaweeds) that occupy the littoral zone are a great source of compounds with diverse applications (hydrocolloids: agar, alginate and carrageenan, other non-jellifying polysaccharides and oligosaccharides, pigments, proteins, amino acids and phenolic compounds).
  • 4. Compoziia chimic a algelor i posibiliti de aplicare
  • 11. Lungimea catenei de carbon Aplicaii
  • 12. Surse de biodiesel. Analiz comparativ.
  • 13. Posibiliti de obinere de biodiesel din microalge
  • 14. Conversia microalgelor 樽n biocombustibili
  • 18. Compui cu activitate biologic din algele marine
  • 19. Principalele domenii de cercetare privind studiul macroalgelor
  • 21. Concluzii Algele marine reprezint materii prime regenerabile accesibile prin cultivare sau recoltare din mediul natural pentru a fi utilizabile pentru obinerea de biocombustibili i bioproduse. Algele marine sunt accesibile fr a intra 樽n competiie cu resursele de provenien agricol sau forestier. Aplicarea procesului de biorafinare permite valorificarea complex i integral a biomasei algale.