DETERMINATION OF THE BIOENERGY PRODUCTION CAPACITY FROM BIOCHEMICAL PROFILES OF SOME AQUATIC PHYTOREMEDIATION PLANTS. ENERGY WHILE CLEANING

WOS: 000342876200028This study aims to research the possibilities of converting some hydrophytes into energy by revaluating them after the harvesting process. These hydrophytes used in the phytoremediation studies disperse naturally in aquatic mediums, sometimes even revealing themselves as invasive species. Chosen hydrophytes samples (Eichorrzia crassipes, Cyperus alternifolius, Lemna minor, Pistia stratiotes, Typha latifolia, Nasturtium officinale,Houttonia cordata) are analysed in terms of oil rate, biochemical profiles which include elaeostearic compositions, COI/T.20/Doc No 17 (capillary column gas chromatography) and in-house methods. The obtained data are analysed in comparison to the elaeostearics rate and compositions of the plants used in biodiesel procurement (canola, soy, palm, sunflower, Botryococcus and Chlorella oils). As a result, it is found that linolenic acid and linoleic acid percentages especially stand forth in the plants Eichornia sp., Cyperus sp., Lemna sp., the stearic and oleic acid percentages are significantly high in Pistia sp., and palmitic elaeostearic percentage is higher in the plants of Houttonia sp. and Nasturtium sp. than the plants currently used in biodiesel procurement, yet the oil rate within their system is lower than these plants. Moreover, it is thought that the plant waste obtained after the harvest carried out in order to ensure the water quality of the systems may in the least meet this deficit.Ege UniversityEge University [11-Suf-030]; EBILTEM (Ege University Science and Technology Application and Research Centre)Ege University [2010-BAMYO-001]This research was supported by projects numbered Ege University11-Suf-030 and EBILTEM (Ege University Science and Technology Application and Research Centre) 2010-BAMYO-001. Special thanks to the Major of Bayindir Mehmet Kertis, Prof. Dr. Ozcan Secmen and botanist Aydin Dincaslan who never ceased to support the study materially as well as morally

Invasion of Caulerpa racemosa var. cylindracea (Caulerpales, Chlorophyta) in the Mediterranean Sea: an assessment of the spread

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Invasion of Caulerpa racemosa var. cilindrica (Caulerpales, Chlorophyta) in the Mediterranean Sea: an assessment of the spread

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