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Addressing negative impacts of oil spills on marine ecosystems through unique water treatment technologies. Environmental effects highlighted. Collaboration proposals include technology development, international patenting, and educational initiatives. Experience of Tomsk State University shared. Bio Institute at TSU conducts pioneering research in water treatment from oil products.
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Сollaborationof universities for the conservation of the marine ecosystems Creating unique technologies for complex water treatment from oil products
Problem • Negative impact of oil spills on the marine ecosystems has increased; • Crudeoilandrefinedfuelspillsfromtanker ships accidentshavedamagedvulnerableecosystemsinAlaska,theGulfofMexico, theGalapagosIslands,France, the Sundarbans, Ogoniland, andmanyotherplaces.
Environmental effects • The environmental consequences of oil spills are difficult to take into account, since oil pollution disturbs many natural processes and relationships, significantly changes the living conditions of all species of living organisms and accumulates in biomass; • The impact of oil spills on invertebrates can last from a week to 10 years; • From such accidents, not only the animal and plant world suffers, serious losses are borne by fishermen and the regional economy as a whole.
Suggestions for collaboration • Creation of unique technologies for complex water treatment from oil and petroleum products based on scientific research and practical results of the participants; • International patenting and engineering of equipment for complex water treatment from oil; • Developing educational courses to train specialists in marine environment protection from oil pollution.
Experience of Tomsk state university • Biological institute of TSU has been carrying out applied research in complex treatment of water bodies (bottom sediments and water) from oil and oil products for more than 15 years and is a leader in this area in Russia • AEROSHCHUP is a unique technology for assessment and mapping of oil-contaminated bottom sediments based on the principle of flotation • Over 150 tons of oil was lifted from the bottom of one of the lakes (area of 6 hectares) in Komi Republic using the technologies developed by the scientists from Tomsk
Thankyou! Biological Institute Tomsk State University CONTACT: Dr. Andrey Trifonov +7-913-881-9903 E-mail: packtrif@mail.ru www.bio.tsu.ru