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Scientific, educational, cultural and educational network Journal

Scientific, educational, cultural and educational network Journal

Plastic pollution of the water bodies of the World is a big problem. We studied the mechanisms and forms of plastic debris overgrowth with microalgae in order to propose new ideas for the cultivation of algae for biofuelon new polymer substrates.

Plastic pollution of the water bodies of the World is a big problem. We studied the mechanisms and forms of plastic debris overgrowth with microalgae in order to propose new ideas for the cultivation of algae for biofuelon new polymer substrates.

{"references": ["Schwarzburg, L. E., Ivanova, N. A., Ryabov, S. A., Gvozdkova, S., & Zmieva, C. A. (2012). Automation of maintenance of indicators of safety of machine-building technologies of formation. Life Safety, (S2), 1-24. (in Russian).", "Schwarzburg, L. E. (2008). Ecological support of technology of formation. The Bulletin of the Moscow State Technical University Stankin, (1), 38-43. (in Russian).", "Schwarzburg, L. E. (2010). Analysis of energy security of technological processes. Bulletin of the Moscow State Technical University Stankin, (4), 98-105. (in Russian).", "Ivanova, N. A. (2008). Principles of automating the reduction of environmental hazards of technological processes by the example of chemical pollution. Bulletin of the Moscow State Technical University Stankin, (3), 73-77. (in Russian).", "Bukeikhanov, N. R. (2009). Renovation of technological processes is an instrument of resource saving and enhancement of environmental safety. Bulletin of the Moscow State Technical University Stankin, (4), 21-24. (in Russian).", "Schwarzburg, L. E., Butrimova, E. V., & Drozdova, N. V. (2014). Development of an algorithm for automated forecasting of vibration and noise in a process environment. Vestnik MSTU \"Stankin, (4), 187-190. (in Russian).", "Schwarzburg, L. E. (2008). Human and environmental protection of automated engineering. Bulletin of the Moscow State Technical University Stankin, (3), 19-21. (in Russian).", "Guillot, A., & Meye, J. A. (2013). Bionics. When science imitates nature. Moscow: Tekhnosfera. 280. (in Russian).", "Gnatik, E. N. (2009). Genetic Engineering of Man: Challenges, Problems, Risks. Moscow: LIBROKOM, 240. (in Russian).", "Karenov, R. S. (2015) Otsenka potentsiala i perspektiv razvitiya gelioenergetiki v mire i Kazakhstane. Vestnik Karagandinskogo universiteta: Seriya Ekonomika, 1(77), 5-15. (in Russian).", "Koretko, O. V. (2003) Konstruktsii zenitnykh fonarey i steklyannykh krysh. Moscow: MArkHI, 48. (in Russian).", "Nikishechkin, A. P. (2006) Teoriya diskretnykh sistem upravleniya. Moscow: ITS GOU MGTU Stankin, 242. (in Russian)."]} The prospects of innovative lights of the new generation. These lights by the day conduct natural sunlight in the hollow, fibre-optic light guides through the roof into the interior rooms of enterprises, where there is no possibility to use windows or not enough daylight. At night and on cloudy days illumination is provided by incandescent lamps, halogen and LED lamps, the light of which is transmitted through the same light guides. This is especially important for fire-hazardous premises. Program implementation of the developed automated systems has the ability to quickly changeovers and change the control algorithms. The model of the automated process of this type of lighting was developed on the basis of a modified Petri net. The resulting operator formulas formalize and facilitate the programming process of the PLC, reducing the risk of errors in the relevant programs.

{"references": ["Schwarzburg, L. E., Ivanova, N. A., Ryabov, S. A., Gvozdkova, S., & Zmieva, C. A. (2012). Automation of maintenance of indicators of safety of machine-building technologies of formation. Life Safety, (S2), 1-24. (in Russian).", "Schwarzburg, L. E. (2008). Ecological support of technology of formation. The Bulletin of the Moscow State Technical University Stankin, (1), 38-43. (in Russian).", "Schwarzburg, L. E. (2010). Analysis of energy security of technological processes. Bulletin of the Moscow State Technical University Stankin, (4), 98-105. (in Russian).", "Ivanova, N. A. (2008). Principles of automating the reduction of environmental hazards of technological processes by the example of chemical pollution. Bulletin of the Moscow State Technical University Stankin, (3), 73-77. (in Russian).", "Bukeikhanov, N. R. (2009). Renovation of technological processes is an instrument of resource saving and enhancement of environmental safety. Bulletin of the Moscow State Technical University Stankin, (4), 21-24. (in Russian).", "Schwarzburg, L. E., Butrimova, E. V., & Drozdova, N. V. (2014). Development of an algorithm for automated forecasting of vibration and noise in a process environment. Vestnik MSTU \"Stankin, (4), 187-190. (in Russian).", "Schwarzburg, L. E. (2008). Human and environmental protection of automated engineering. Bulletin of the Moscow State Technical University Stankin, (3), 19-21. (in Russian).", "Guillot, A., & Meye, J. A. (2013). Bionics. When science imitates nature. Moscow: Tekhnosfera. 280. (in Russian).", "Gnatik, E. N. (2009). Genetic Engineering of Man: Challenges, Problems, Risks. Moscow: LIBROKOM, 240. (in Russian).", "Karenov, R. S. (2015) Otsenka potentsiala i perspektiv razvitiya gelioenergetiki v mire i Kazakhstane. Vestnik Karagandinskogo universiteta: Seriya Ekonomika, 1(77), 5-15. (in Russian).", "Koretko, O. V. (2003) Konstruktsii zenitnykh fonarey i steklyannykh krysh. Moscow: MArkHI, 48. (in Russian).", "Nikishechkin, A. P. (2006) Teoriya diskretnykh sistem upravleniya. Moscow: ITS GOU MGTU Stankin, 242. (in Russian)."]} The prospects of innovative lights of the new generation. These lights by the day conduct natural sunlight in the hollow, fibre-optic light guides through the roof into the interior rooms of enterprises, where there is no possibility to use windows or not enough daylight. At night and on cloudy days illumination is provided by incandescent lamps, halogen and LED lamps, the light of which is transmitted through the same light guides. This is especially important for fire-hazardous premises. Program implementation of the developed automated systems has the ability to quickly changeovers and change the control algorithms. The model of the automated process of this type of lighting was developed on the basis of a modified Petri net. The resulting operator formulas formalize and facilitate the programming process of the PLC, reducing the risk of errors in the relevant programs.

This work is devoted to the wave energy in the Caspian Sea analysis for the period from 1979 to 2020. Wave energy calculations were performed using the WAVEWATCH III wave model on an irregular grid with a step of up to 900 m in the coastal zone. Results are obtained on the spatial variability of the wave energy flux and its seasonal variability. The maximum values of the energy flux are about 5 kW/m of the wave front and appear in the central part of the Caspian Sea. Availability of wave energy of 1 kW/m in the central part of the Caspian Sea is 50-55%, in the northern part – no more than 20%, and in the southern part – 30-45%. The seasonal variability of the energy flux analysis for three points located in different parts of the sea has been carried out. Seasonal changes in the energy flow are most pronounced in the central part of the sea: in the summer months, the energy flow is 2-5 kW/m, and in winter it increases to 7-10 kW/m. The maximum average monthly flow of wave energy was 18.5 kW/m of the wave front.