Dmitri Nešumajev

https://www.etis.ee/CV/Dmitri_Nešumajev/est
25.10.1974
6203910
dmitri.nesumajev@ttu.ee

Teenistuskäik

Töökohad ja ametid
01.01.2017–...   
Tallinna Tehnikaülikool, Inseneriteaduskond, Energiatehnoloogia instituut, Vanemteadur (1,00)
2005–31.12.2016   
Tallinna Tehnikaülikool, Mehaanikateaduskond, Soojustehnika instituut, Vanemteadur (1,00)
1997–2005   
Tallinna Tehnikaülikool, Mehaanikateaduskond, Soojustehnika instituut, Teadur (1,00)
 
 
Haridustee
Kehra Keskkool[1991] keskharidus
Tallinna Tehnikaülikool [1991 – 1996] - soojusenergeetika insener
Tallinna Tehnikaülikool [1996 – 1998] - energiatehnika õppesuund, tehnikateaduste magister
Tallinna Tehnikaülikool [1999 – 2005] - tehnikateaduste doktor
 
 
Teadusorganisatsiooniline ja -administratiivne tegevus
2011−...   
Kuulumine rahvusvahelise konverentsi teaduskomiteesse: "6th Baltic Heat Transfer Conference"
2014−2015   
Kuulumine rahvusvahelise konverentsi teaduskomiteesse (kohaliku teaduskomitee esimees): "7th Baltic Heat Transfer Conference"
 
 
Loometöö
Kasuliku mudeli tunnistus nr. 00441 U1 Katla-suitsutoru turbulaator (51) Int.CL F28B 13/12; F23B 37/06. autorid: J. Laid, P. Must, D. Neshumajev, A. Ots, T. Tiikma..
Kasuliku mudeli tunnistus nr. 00527 U1 Juhtpult metalli pinnalt proovitükkide võtmise seadmele (51) Int.CL B23Q 15/08, B24B 19/00. autorid:Klevtsov I., Nešumajev D., Uus M. .
 
 
Lisainfo
Participating in course "International Seminar on Thermalhydraulics of light water reactors", 23rd August to 3rd September, INSTN/Saclay, France, 2010;

Kvalifikatsioon

Teaduskraadid
Dmitri Nešumajev, doktorikraad, 2005, (juh) Ivan Klevtsov, Experimental And Numerical Investigation Of Combined Heat Transfer Enhancement Technique In Gas-Heated Channels (Soojusülekande intensiivistamise kombineeritud tehnoloogiate katseline ja numbriline uuring gaasiga köetavates kanalites), Tallinna Tehnikaülikool, Mehaanikateaduskond, Soojustehnika instituut.
 
 
Teadustöö põhisuunad
ETIS KLASSIFIKAATOR: 4. Loodusteadused ja tehnika; 4.17 Energeetikaalased uuringud; TÄPSUSTUS: Soojusülekande, Soojusülekande intensifitseerimine
ETIS KLASSIFIKAATOR: 4. Loodusteadused ja tehnika; 4.17 Energeetikaalased uuringud; CERCS KLASSIFIKAATOR: T140 Energeetika
 
 
Lisainfo
Tehnikateaduste Doktor
Tallinna Tehnikaülikool, 2005

Jooksvad projektid

Lõppenud projektid

Juhendamisel väitekirjad

Juhendatud väitekirjad

Publikatsioonid

Klass
Aasta
Publikatsioon
 
1.1.
2019
Neshumayev, D.; Pihu, T.; Siirde, A.; Jarvik, O.; Konist, A. (2019). Solid heat carrier oil shale retorting technology with integrated CFB technology. Oil Shale, 36 (2), 99−113.10.3176/oil.2019.2S.02.
1.1.
2019
Konist, A.; Pikkor, H.; Neshumayev, D.; Loo, L.; Jarvik, O.; Siirde, A.; Pihu, T. (2019). Co-combustion of coal and oil shale blends in circulating fluidized bed boilers. Oil Shale, 36 (2), 114−127.10.3176/oil.2019.2S.03.
1.1.
2019
Konist, A.; Jarvik, O.; Pikkor, H.; Neshumayev, D.; Pihu, T. (2019). Utilization of pyrolytic wastewater in oil shale fired CFBC boiler. Journal of Cleaner Production, 234, 487−493.10.1016/j.jclepro.2019.06.213.
1.1.
2018
Neshumayev, D.; Rummel, L.; Konist, A., Ots, A.; Parve, T. (2018). Power plant fuel consumption rate during load cycling. Applied Energy, 224, 124−135.10.1016/j.apenergy.2018.04.063.
1.1.
2018
Loo, L.; Konist, A.; Nešumajev, D.; Pihu, T.; Maaten, B.; Siirde, A. (2018). Ash and Flue Gas from Oil Shale Oxy-Fuel Circulating Fluidized Bed Combustion. Energies, 11 (5).10.3390/en11051218.
1.1.
2018
Rummel, L.; Neshumayev, D.; Konist, A. (2018). Power Plant Ash Composition Transformations During Load Cycling. Chemical Engineering Transactions, 70, 655−660.10.3303/CET1870110.
1.1.
2018
Konist, A.; Järvik, O.; Pihu, T.; Neshumayev, D.; (2018). Combustion as a possible solution to pyrolytic wastewater utilization. Chemical Engineering Transactions, 70, 859−864.10.3303/CET1870144.
3.1.
2018
Neshumayev, D.; Pihu, T.; Konist, A.; Siirde, A.; (2018). Large-scale experimental investigation of heat transfer augmentation technique in gas-heated channels. 2018-August: International Heat Transfer Conference 16, Beijing, China 10-15 August 2018. Begell House Inc, 5919−5926.10.1615/IHTC16.hte.024075.
1.1.
2017
Pihu, T.; Konist, A.; Neshumayev, D.; Loo, L.; Molodtsov, A.; Valtsev, A. (2017). Full-scale tests on the co-firing of peat and oil shale in an oil shale fired circulating fluidized bed boiler. Oil Shale, 34 (3), 250−262.10.3176/oil.2017.3.04.
3.1.
2017
Loo, L.; Maaten, B.; Konist, A.; Siirde, A.; Neshumayev, D.; Pihu, T. (2017). Carbon dioxide emission factors for oxy-fuel CFBC and aqueous carbonation of the Ca-rich oil shale ash. In: Energy Procedia (144−149). Elsevier. (128).10.1016/j.egypro.2017.09.034.
1.1.
2016
Konist, A.; Maaten, B.; Loo, L.; Nešumajev, D.; Pihu, T. (2016). Mineral sequestration of CO2 by carbonation of Ca-rich oil shale ash in natural conditions. Oil Shale, 33 (3), 248−259.10.3176/oil.2016.3.04.
1.1.
2016
Maaten, Birgit; Loo, Lauri; Konist, Alar; Nešumajev, Dmitri; Pihu, Tõnu; Külaots, Indrek; (2016). Decomposition kinetics of American, Chinese and Estonian oil shales kerogen. Oil Shale, 33 (2), 167−183.10.3176/oil.2016.2.05.
3.2.
2015
Neshumayev, D.; Ots, A. (2015). CFD modelling of the tubular air preheater in boiler firing oil shale. Advances in Heat Transfer: 7th Baltic Heat Transfer Conference, Tallinn, August 24-26, 2015. _EditorsAbbr D. Neshumayev, B. Sunden. Tallinn: TTÜ kirjastus, 257−262.
1.1.
2014
Konist, A.; Loo, L.; Valtsev, A.; Maaten, B.; Siirde, A.; Neshumayev, D.; Pihu, T. (2014). Calculation of Estonian Oil Shale Combustion Products in Regular and Oxy-fuel Mode in a CFB Boiler. Oil Shale, 31 (3), 211−224.10.3176/oil.2014.3.02.
1.1.
2013
Konist, A; Pihu, T; Neshumayev, D; Külaots, I (2013). Low-grade fuel ̶ oil shale and biomass co-combustion in CFB boiler. Oil Shale, 30, 294−304.10.3176/oil.2013.2S.09.
1.1.
2013
Konist, A.; Pihu, T.; Neshumayev, D.; Siirde, A. (2013). Oil shale pulverized firing: boiler efficiency, ash balance and flue gas composition. Oil Shale, 30 (1), 6−18.10.3176/oil.2013.1.??.
1.1.
2012
Pihu, T.; Konist, A.; Neshumayev, D.; Loosaar, J.; Siirde, A.; Parve, T.; Molodtsov, A. (2012). Short-term tests on firing oil shale fuel applying low-temperature vortex technology. Oil Shale, 29 (1), 3−17.10.3176/oil.2012.1.02.
1.1.
2011
Plamus, K.; Soosaar, S.; Ots, A.; Neshumayev, D. (2011). Firing Estonian oil shale of higher quality in CFB boilers – environmental and economic impact. Oil Shale, 28, 113−126.10.3176/oil.2011.1S.04.
1.1.
2011
Plamus, K.; Ots, A.; Pihu, T.; Neshumayev, D. (2011). Firing Estonian oil shale in CFB boilers – ash balance and behaviour of carbonate minerals. Oil Shale, 28 (1), 58−67.10.3176/oil.2011.1.07.
1.2.
2011
Neshumayev, D.; Ots, A.; Parve, T.; Pihu, T.; Plamus, K.; Prikk, A. (2011). Combustion of Baltic Oil Shale in Boilers with Fluidized Bed Combustion. Power Technology and Engineering, 44 (5), 382−385.10.1007/s10749-011-0195-7.
3.2.
2011
Neshumayev, D.; Ots, A.; Poobus, A. (2011). Full scale experiments on application of compound heat transfer enhancement technique in fire-tube boilers. 6th Baltic Heat Transfer Conference, August 24-26, 2011, Tampere, Finland. Tampere University of Technology,.
1.2.
2010
Нешумаев, Д; Отс, А; Парве, Т; Пиху, Т; Пламус, К; Прикк, А. (2010). Особенности сжигания прибалтийских горючих сланцев в котлах с ЦКС. Электрические станции, 8, 50.
1.2.
2009
Klevtsov, I.; Neshumayev, D.; Dedov, A. (2009). A Method of Using Miniature Samples for Determining Mechanical Properties of Metal of Power-Generating Equipment at Thermal Power Stations in Estonia. Thermal Engineering, 56 (5), 426−431.
3.1.
2009
Neshumayev, D.; Ots, A.; Parve, T.; Pihu, T.; Plamus, K.; Prikk, A. (2009). Thermal effects by firing oil shale fuel in CFB boilers. Proceedings of the 20th International Conference on Fluidized Bed Combustion: The 20th International Conference on Fluidized Bed Combustion, Xian China, 2009. _EditorsAbbr Guangxi Yue, Hai Zhang, Changsui Zhao, Zhongyang Luo. Beijing: Tsinghua University Press / Springer, 277−281.
3.4.
2009
Ots, A.; Parve, T.; Pihu, T.; Plamus, K.; Prikk, A.; Nešumajev, D. (2009). The Peculiarities by Firing Oil Shale Fuel with Different Heating Value nn CFB Boilers. Технологии эффективного и экологически чистого использования угля: Научно-техническая конференция "Технологии эффективного и экологически чистого использования угля", 29 - 30 октября 2009, Москва, Россия. _EditorsAbbr Всероссийский теплотехнический институт (ОАО ВТИ). Moskva: Всероссийский теплотехнический институт (ОАО ВТИ) , 139−145.
1.1.
2008
Neshumayev, D.; Tiikma, T. (2008). Radiation Heat Transfer of Turbulator Inserts in Gas Heated Channels. Heat Transfer Research, 39 (5), 403−412.
3.2.
2008
Loosaar, J.; Arro, H.; Neshumayev, D.; Plamus, K.; Ots, A.; Parve, T.; Pihu, T.; Prikk, A.; Rushelyuk, P. (2008). Firing Estonian oil shale fuel in CFB boilers. In: Werther, J.; Nowak, W.; Wirth, K-E.; Hartge, E-U. (_EditorsAbbr). Circulating Fluidized Bed Technology (601−606).. Hamburg: TUTech Innovation GmbH.
3.1.
2007
Dedov, A.; Klevtsov, I.; Lausmaa, T.; Neshumayev, D. (2007). Method of small samples for assessment of properties of power plant components: sampling devices and stress concentration in dimples. In: Veivo, J.; Auerkari, P. (_EditorsAbbr). Baltica VII Life Management and Maintenance for Power Plants (180−192).. Helsinki: VTT.
3.2.
2007
Neshumayev, D.; Tiikma, T. (2007). Review of compound passive heat transfer enhancement techniques. Advances in Heat Transfer : Proceedings of the 5th Baltic Heat Transfer Conference, 1: 5th Baltic heat Transfer Conference. St. Petersburg (Russia), September 19-21, 2007. _EditorsAbbr Fedorovich, E.; Sunden, B. St. Petersburg: St.Petersburg State Polytechnic University Publishing House, 410−424.
3.2.
2007
Neshumayev, D.; Tiikma, T. (2007). Radiation heat transfer of turbulator inserts in gas-heated channels. Advances in Heat Transfer : Proceedings of the 5th Baltic Heat Transfer Conference, 2: 5th Baltic heat Transfer Conference. St. Petersburg (Russia), September 19-21, 2007. _EditorsAbbr Fedorovich, E.; Sunden, B. St. Petersburg: St.Petersburg State Polytechnic University Publishing House, 525−531.
3.1.
2006
Klevtsov I., Tallermo H., Uus M., Lausmaa T., Neshumayev D., Dedov A. (2006). Sampling Devices for Extraction of Miniature Specimens from Power Plant Components. In: Proceedings of the 5th International Conference of DAAAM Baltic Industrial Engineering – Adding Innovation Capacity of Labour Force and Entrepreneur (53−58).. Tallinna Tehnikaülikool.
2.3.
2005
Neshumayev, D. (2005). Experimental and numerical investigation of combined heat transfer enhancement technique in gas-heated channels. (Doktoritöö, Tallinna Tehnikaülikool). Tallinn: Tallinna Tehnikaülikooli Kirjastus.
3.4.
2005
Neshumayev, D.; Tiikma, T. (2005). Experimental and numerical investigation of combined heat transfer augmentation technique in gas-heated channels. Proceedings of the 4th International Conference on Heat Transfer, Fluid Mechanics and Thermodynamics, 18-23 Sept. 2005, Cairo, Egypt: 4th International Conference on Heat Transfer, Fluid Mechanics and Thermodynamics, 18-23 Sept. 2005, Cairo, Egypt.
1.1.
2004
Neshumayev, D.; Ots, A.; Laid, J.; Tiikma, T (2004). Experimental investigation of various turbulator inserts in gas-heated channels. Experimental Thermal and Fluid Science, 28 (8), 877−886.
3.4.
2004
Ots, A.; Laid, J.; Neshumayev, D.; Tiikma, T.; Must, P. (2004). Effective universal water heating boiler for wood pellets. World Sustainable Energy Days 2004, Wels/Austria 3-4.03.04. 344.
3.1.
2003
Neshumajev, D.; Ots, A.; Laid, J.; Tiikma, T. (2003). Heat transfer Agumentation and Pressure Drop of Turbulator Inserts in Gas-Heated Channels. In: Advances in Heat Transfer Engineering (565−578).. New York: Begell House Inc.

Tööstusomand

20.09.2019

Dmitri Nešumajev

https://www.etis.ee/CV/Dmitri_Nešumajev/eng
25.10.1974
dmitri.nesumajev@ttu.ee

Career

Institutions and positions
01.01.2017–...   
Tallinn University of Technology , School of Engineering, Department of Energy Technology, Senior Researcher (1,00)
2005–31.12.2016   
Tallinn University of Technology , Faculty of Mechanical Engineering, Department of Thermal Engineering , Senior Researcher (1,00)
1997–2005   
Tallinn University of Technology , Faculty of Mechanical Engineering, Department of Thermal Engineering , Researcher (1,00)
 
 
Education
Kehra Secondary School[1991] Secondary-level Educations
Tallinn University of Technology [1991 – 1996] - Engineer in power engineering
Tallinn University of Technology [1996 – 1998] - M.Sc., (power engineering)
Tallinn University of Technology [1999 – 2005] - Doctor of Philosophy in Engineering
 
 
R&D related managerial and administrative work
2011−...   
Scientific Commitee Member of Conference: "6th Baltic Heat Transfer Conference"
2014−2015   
Scientific Commitee Member of Conference (Chairman of local organizing commitee): "7th Baltic Heat Transfer Conference"
 
 
Creative work
Utility model nr. 00441 U1 Fire-tube turbulator (51) Int.CL F28B 13/12; F23B 37/06. inventors: J. Laid, P. Must, D. Neshumayev, A. Ots, T. Tiikma..
Utility model, nr. 00527 U1 Control panel for the device for cutting samples from metal surface Klevtsov I., Neshumayev D., Uus M..
 
 
Additional information
Participating in course "International Seminar on Thermalhydraulics of light water reactors", 23rd August to 3rd September, INSTN/Saclay, France, 2010;

Qualifications

Academic degrees
Dmitri Nešumajev, Doctor's Degree, 2005, (sup) Ivan Klevtsov, Experimental And Numerical Investigation Of Combined Heat Transfer Enhancement Technique In Gas-Heated Channels, Tallinn University of Technology Faculty of Mechanical Engineering, Department of Thermal Engineering.
 
 
Fields of research
ETIS CLASSIFICATION: 4. Natural Sciences and Engineering; 4.17 Energetic Research
ETIS CLASSIFICATION: 4. Natural Sciences and Engineering; 4.17 Energetic Research; CERCS CLASSIFICATION: T140 Energy research
 
 
Additional information
Doctor of Philosophy in Engineering
Tallinn University of Technology

Projects in progress

Completed projects

Dissertations under supervision

Supervised dissertations

Publications

Category
Year
Publication
 
1.1.
2019
Neshumayev, D.; Pihu, T.; Siirde, A.; Jarvik, O.; Konist, A. (2019). Solid heat carrier oil shale retorting technology with integrated CFB technology. Oil Shale, 36 (2), 99−113.10.3176/oil.2019.2S.02.
1.1.
2019
Konist, A.; Pikkor, H.; Neshumayev, D.; Loo, L.; Jarvik, O.; Siirde, A.; Pihu, T. (2019). Co-combustion of coal and oil shale blends in circulating fluidized bed boilers. Oil Shale, 36 (2), 114−127.10.3176/oil.2019.2S.03.
1.1.
2019
Konist, A.; Jarvik, O.; Pikkor, H.; Neshumayev, D.; Pihu, T. (2019). Utilization of pyrolytic wastewater in oil shale fired CFBC boiler. Journal of Cleaner Production, 234, 487−493.10.1016/j.jclepro.2019.06.213.
1.1.
2018
Neshumayev, D.; Rummel, L.; Konist, A., Ots, A.; Parve, T. (2018). Power plant fuel consumption rate during load cycling. Applied Energy, 224, 124−135.10.1016/j.apenergy.2018.04.063.
1.1.
2018
Loo, L.; Konist, A.; Nešumajev, D.; Pihu, T.; Maaten, B.; Siirde, A. (2018). Ash and Flue Gas from Oil Shale Oxy-Fuel Circulating Fluidized Bed Combustion. Energies, 11 (5).10.3390/en11051218.
1.1.
2018
Rummel, L.; Neshumayev, D.; Konist, A. (2018). Power Plant Ash Composition Transformations During Load Cycling. Chemical Engineering Transactions, 70, 655−660.10.3303/CET1870110.
1.1.
2018
Konist, A.; Järvik, O.; Pihu, T.; Neshumayev, D.; (2018). Combustion as a possible solution to pyrolytic wastewater utilization. Chemical Engineering Transactions, 70, 859−864.10.3303/CET1870144.
3.1.
2018
Neshumayev, D.; Pihu, T.; Konist, A.; Siirde, A.; (2018). Large-scale experimental investigation of heat transfer augmentation technique in gas-heated channels. 2018-August: International Heat Transfer Conference 16, Beijing, China 10-15 August 2018. Begell House Inc, 5919−5926.10.1615/IHTC16.hte.024075.
1.1.
2017
Pihu, T.; Konist, A.; Neshumayev, D.; Loo, L.; Molodtsov, A.; Valtsev, A. (2017). Full-scale tests on the co-firing of peat and oil shale in an oil shale fired circulating fluidized bed boiler. Oil Shale, 34 (3), 250−262.10.3176/oil.2017.3.04.
3.1.
2017
Loo, L.; Maaten, B.; Konist, A.; Siirde, A.; Neshumayev, D.; Pihu, T. (2017). Carbon dioxide emission factors for oxy-fuel CFBC and aqueous carbonation of the Ca-rich oil shale ash. In: Energy Procedia (144−149). Elsevier. (128).10.1016/j.egypro.2017.09.034.
1.1.
2016
Konist, A.; Maaten, B.; Loo, L.; Nešumajev, D.; Pihu, T. (2016). Mineral sequestration of CO2 by carbonation of Ca-rich oil shale ash in natural conditions. Oil Shale, 33 (3), 248−259.10.3176/oil.2016.3.04.
1.1.
2016
Maaten, Birgit; Loo, Lauri; Konist, Alar; Nešumajev, Dmitri; Pihu, Tõnu; Külaots, Indrek; (2016). Decomposition kinetics of American, Chinese and Estonian oil shales kerogen. Oil Shale, 33 (2), 167−183.10.3176/oil.2016.2.05.
3.2.
2015
Neshumayev, D.; Ots, A. (2015). CFD modelling of the tubular air preheater in boiler firing oil shale. Advances in Heat Transfer: 7th Baltic Heat Transfer Conference, Tallinn, August 24-26, 2015. _EditorsAbbr D. Neshumayev, B. Sunden. Tallinn: TTÜ kirjastus, 257−262.
1.1.
2014
Konist, A.; Loo, L.; Valtsev, A.; Maaten, B.; Siirde, A.; Neshumayev, D.; Pihu, T. (2014). Calculation of Estonian Oil Shale Combustion Products in Regular and Oxy-fuel Mode in a CFB Boiler. Oil Shale, 31 (3), 211−224.10.3176/oil.2014.3.02.
1.1.
2013
Konist, A; Pihu, T; Neshumayev, D; Külaots, I (2013). Low-grade fuel ̶ oil shale and biomass co-combustion in CFB boiler. Oil Shale, 30, 294−304.10.3176/oil.2013.2S.09.
1.1.
2013
Konist, A.; Pihu, T.; Neshumayev, D.; Siirde, A. (2013). Oil shale pulverized firing: boiler efficiency, ash balance and flue gas composition. Oil Shale, 30 (1), 6−18.10.3176/oil.2013.1.??.
1.1.
2012
Pihu, T.; Konist, A.; Neshumayev, D.; Loosaar, J.; Siirde, A.; Parve, T.; Molodtsov, A. (2012). Short-term tests on firing oil shale fuel applying low-temperature vortex technology. Oil Shale, 29 (1), 3−17.10.3176/oil.2012.1.02.
1.1.
2011
Plamus, K.; Soosaar, S.; Ots, A.; Neshumayev, D. (2011). Firing Estonian oil shale of higher quality in CFB boilers – environmental and economic impact. Oil Shale, 28, 113−126.10.3176/oil.2011.1S.04.
1.1.
2011
Plamus, K.; Ots, A.; Pihu, T.; Neshumayev, D. (2011). Firing Estonian oil shale in CFB boilers – ash balance and behaviour of carbonate minerals. Oil Shale, 28 (1), 58−67.10.3176/oil.2011.1.07.
1.2.
2011
Neshumayev, D.; Ots, A.; Parve, T.; Pihu, T.; Plamus, K.; Prikk, A. (2011). Combustion of Baltic Oil Shale in Boilers with Fluidized Bed Combustion. Power Technology and Engineering, 44 (5), 382−385.10.1007/s10749-011-0195-7.
3.2.
2011
Neshumayev, D.; Ots, A.; Poobus, A. (2011). Full scale experiments on application of compound heat transfer enhancement technique in fire-tube boilers. 6th Baltic Heat Transfer Conference, August 24-26, 2011, Tampere, Finland. Tampere University of Technology,.
1.2.
2010
Нешумаев, Д; Отс, А; Парве, Т; Пиху, Т; Пламус, К; Прикк, А. (2010). Особенности сжигания прибалтийских горючих сланцев в котлах с ЦКС. Электрические станции, 8, 50.
1.2.
2009
Klevtsov, I.; Neshumayev, D.; Dedov, A. (2009). A Method of Using Miniature Samples for Determining Mechanical Properties of Metal of Power-Generating Equipment at Thermal Power Stations in Estonia. Thermal Engineering, 56 (5), 426−431.
3.1.
2009
Neshumayev, D.; Ots, A.; Parve, T.; Pihu, T.; Plamus, K.; Prikk, A. (2009). Thermal effects by firing oil shale fuel in CFB boilers. Proceedings of the 20th International Conference on Fluidized Bed Combustion: The 20th International Conference on Fluidized Bed Combustion, Xian China, 2009. _EditorsAbbr Guangxi Yue, Hai Zhang, Changsui Zhao, Zhongyang Luo. Beijing: Tsinghua University Press / Springer, 277−281.
3.4.
2009
Ots, A.; Parve, T.; Pihu, T.; Plamus, K.; Prikk, A.; Nešumajev, D. (2009). The Peculiarities by Firing Oil Shale Fuel with Different Heating Value nn CFB Boilers. Технологии эффективного и экологически чистого использования угля: Научно-техническая конференция "Технологии эффективного и экологически чистого использования угля", 29 - 30 октября 2009, Москва, Россия. _EditorsAbbr Всероссийский теплотехнический институт (ОАО ВТИ). Moskva: Всероссийский теплотехнический институт (ОАО ВТИ) , 139−145.
1.1.
2008
Neshumayev, D.; Tiikma, T. (2008). Radiation Heat Transfer of Turbulator Inserts in Gas Heated Channels. Heat Transfer Research, 39 (5), 403−412.
3.2.
2008
Loosaar, J.; Arro, H.; Neshumayev, D.; Plamus, K.; Ots, A.; Parve, T.; Pihu, T.; Prikk, A.; Rushelyuk, P. (2008). Firing Estonian oil shale fuel in CFB boilers. In: Werther, J.; Nowak, W.; Wirth, K-E.; Hartge, E-U. (_EditorsAbbr). Circulating Fluidized Bed Technology (601−606).. Hamburg: TUTech Innovation GmbH.
3.1.
2007
Dedov, A.; Klevtsov, I.; Lausmaa, T.; Neshumayev, D. (2007). Method of small samples for assessment of properties of power plant components: sampling devices and stress concentration in dimples. In: Veivo, J.; Auerkari, P. (_EditorsAbbr). Baltica VII Life Management and Maintenance for Power Plants (180−192).. Helsinki: VTT.
3.2.
2007
Neshumayev, D.; Tiikma, T. (2007). Review of compound passive heat transfer enhancement techniques. Advances in Heat Transfer : Proceedings of the 5th Baltic Heat Transfer Conference, 1: 5th Baltic heat Transfer Conference. St. Petersburg (Russia), September 19-21, 2007. _EditorsAbbr Fedorovich, E.; Sunden, B. St. Petersburg: St.Petersburg State Polytechnic University Publishing House, 410−424.
3.2.
2007
Neshumayev, D.; Tiikma, T. (2007). Radiation heat transfer of turbulator inserts in gas-heated channels. Advances in Heat Transfer : Proceedings of the 5th Baltic Heat Transfer Conference, 2: 5th Baltic heat Transfer Conference. St. Petersburg (Russia), September 19-21, 2007. _EditorsAbbr Fedorovich, E.; Sunden, B. St. Petersburg: St.Petersburg State Polytechnic University Publishing House, 525−531.
3.1.
2006
Klevtsov I., Tallermo H., Uus M., Lausmaa T., Neshumayev D., Dedov A. (2006). Sampling Devices for Extraction of Miniature Specimens from Power Plant Components. In: Proceedings of the 5th International Conference of DAAAM Baltic Industrial Engineering – Adding Innovation Capacity of Labour Force and Entrepreneur (53−58).. Tallinna Tehnikaülikool.
2.3.
2005
Neshumayev, D. (2005). Experimental and numerical investigation of combined heat transfer enhancement technique in gas-heated channels. (Doktoritöö, Tallinna Tehnikaülikool). Tallinn: Tallinna Tehnikaülikooli Kirjastus.
3.4.
2005
Neshumayev, D.; Tiikma, T. (2005). Experimental and numerical investigation of combined heat transfer augmentation technique in gas-heated channels. Proceedings of the 4th International Conference on Heat Transfer, Fluid Mechanics and Thermodynamics, 18-23 Sept. 2005, Cairo, Egypt: 4th International Conference on Heat Transfer, Fluid Mechanics and Thermodynamics, 18-23 Sept. 2005, Cairo, Egypt.
1.1.
2004
Neshumayev, D.; Ots, A.; Laid, J.; Tiikma, T (2004). Experimental investigation of various turbulator inserts in gas-heated channels. Experimental Thermal and Fluid Science, 28 (8), 877−886.
3.4.
2004
Ots, A.; Laid, J.; Neshumayev, D.; Tiikma, T.; Must, P. (2004). Effective universal water heating boiler for wood pellets. World Sustainable Energy Days 2004, Wels/Austria 3-4.03.04. 344.
3.1.
2003
Neshumajev, D.; Ots, A.; Laid, J.; Tiikma, T. (2003). Heat transfer Agumentation and Pressure Drop of Turbulator Inserts in Gas-Heated Channels. In: Advances in Heat Transfer Engineering (565−578).. New York: Begell House Inc.

Industrial property

20.09.2019
Detailne otsing
  • Leitud 36 kirjet
ProgrammLiikNumberNimiProjekti algusProjekti lõppVastutav täitjaAsutusFinantseerijapoolne rahastamine
MUUVE6043A katlale paigaldatud deNox seadmete vastuvõtukatsed Eesti Elektrijaamas28.06.201331.12.2013Jüri LoosaarTallinna Tehnikaülikool; Tallinna Tehnikaülikool, Mehaanikateaduskond, Soojustehnika instituut, Soojusenergeetika õppetool49 900,00 EUR
MUU413LAS Narva Elektrijaamade soojusseadmete seisundi uuring ja jääkressursi hinnang01.04.200431.03.2006Harri TallermoTallinna Tehnikaülikool; Tallinna Tehnikaülikool, Mehaanikateaduskond, Soojustehnika instituut, Soojusjõuseadmete õppetool95 867,47 EUR
MUULep7015AS Narva elektrijaamade surveseadmete ohutu käitamise tagamise uuringud01.04.200731.03.2012Ivan KlevtsovTallinna Tehnikaülikool; Tallinna Tehnikaülikool, Mehaanikateaduskond, Soojustehnika instituut667 040,95 EUR
MUUAR12003CO2 heitme vähendamine põlemisõhu hapnikurikkamaks muutmisega keevkihtkatlas01.01.201231.12.2014Tõnu PihuTallinna Tehnikaülikool; Tallinna Tehnikaülikool, Mehaanikateaduskond, Soojustehnika instituut, Soojusjõuseadmete õppetool689 970,00 EUR
MUUVE671Eesti Elektrijaama deNOx seadmete vastuvõtukatsete läbiviimine01.08.201431.12.2015Jüri LoosaarTallinna Tehnikaülikool; Tallinna Tehnikaülikool, Mehaanikateaduskond, Soojustehnika instituut, Soojusenergeetika õppetool138 439,00 EUR
MUULEP16006Eesti elektrijaama 8 energiaploki katelde “heat rate“ määramine07.01.201619.02.2016Tõnu PihuTallinna Tehnikaülikool, Mehaanikateaduskond, Soojustehnika instituut, Soojusjõuseadmete õppetool27 495,20 EUR
SFSF0142081s02Eesti energeetilise ressursi säästliku kasutuse teed ja vahendid01.01.200231.12.2006Arvo OtsTallinna Tehnikaülikool, Mehaanikateaduskond446 678,50 EUR
MUUT225 (0140225s98)Eesti energeetilise ressursi säästliku kasutuse teed ja vahendid01.01.199731.12.2001Arvo OtsTallinna Tehnikaülikool; Tallinna Tehnikaülikool, Mehaanikateaduskond, Soojustehnika instituut, Soojusjõuseadmete õppetool336 175,27 EUR
MUULep12064Eesti Energia Narva Elektrijaamade AS surveseadmete ohutu käitamise tagamise uuringud01.04.201231.03.2015Ivan KlevtsovTallinna Tehnikaülikool; Tallinna Tehnikaülikool, Mehaanikateaduskond, Soojustehnika instituut, Tööstusliku soojustehnika õppetool386 535,00 EUR
2.1.LEP18015Enefit280 tehase keevkihtkolde sondeerimise metoodika koostamine12.02.201812.04.2018Andres SiirdeTallinna Tehnikaülikool, Inseneriteaduskond, Energiatehnoloogia instituut18 450,00 EUR
SFSF0140024s07Energiaressursside säästlik kasutamine ja protsesside täiustamine põletusseadmetes01.01.200731.12.2012Arvo OtsTallinna Tehnikaülikool, Mehaanikateaduskond1 324 441,02 EUR
MUUAR10126Energiasüsteemi talitluse optimeerimine muutuvkoormuste tasakaalustamiseks01.11.201031.10.2013Toomas Rang; Arvo OtsTallinna Tehnikaülikool; Tallinna Tehnikaülikool, Energeetikateaduskond, Elektrotehnika instituut, Elektriajamite ja elektrivarustuse õppetool; Tallinna Tehnikaülikool, Energeetikateaduskond, Elektroenergeetika instituut, Energiasüsteemide õppetool; Tallinna Tehnikaülikool, Infotehnoloogia teaduskond, Thomas Johann Seebecki elektroonikainstituut, Elektroonikadisaini õppetool; Tallinna Tehnikaülikool, Energeetikateaduskond, Elektrotehnika instituut, Elektrimasinate õppetool; Tallinna Tehnikaülikool, Mehaanikateaduskond, Soojustehnika instituut, Soojusenergeetika õppetool951 405,00 EUR
RITA1AlamprojektLEP19010EI (RITA1/02-20-01)Kliimamuutuste leevendamine läbi CCS ja CCU tehnoloogiate 01.04.201931.03.2021Andres SiirdeTallinna Tehnikaülikool, Inseneriteaduskond, Energiatehnoloogia instituut261 808,98 EUR
MUU615FKonvektiivsoojuslevi intensiivistav seade27.01.200630.06.2006Arvo OtsTallinna Tehnikaülikool; Tallinna Tehnikaülikool, Mehaanikateaduskond, Soojustehnika instituut, Soojusenergeetika õppetool8 505,87 EUR
MUUG4269 (ETF4269)Konvektsioon mittestatsionaarsel voolamisel torus01.01.200031.12.2002Tiit KoppelTallinna Tehnikaülikool; Tallinna Tehnikaülikool, Ehitusteaduskond, Mehaanikainstituut, Hüdro- ja aeromehaanika õppetool11 056,72 EUR
MUULep12192Lubja sisseande süsteemi vastuvõtu katsed plokkidel 3, 4, 5 ja 617.12.201230.03.2013Jüri LoosaarTallinna Tehnikaülikool; Tallinna Tehnikaülikool, Mehaanikateaduskond, Soojustehnika instituut, Soojusenergeetika õppetool150 400,00 EUR
MUUVE512NOx baasnivoo katsed EEJ katlal TP10101.04.201131.12.2011Jüri LoosaarTallinna Tehnikaülikool; Tallinna Tehnikaülikool, Mehaanikateaduskond, Soojustehnika instituut, Soojusenergeetika õppetool36 000,00 EUR
MUU606LPõlevkivi koostise mõju CFBC kateldega energiaploki tehnilis-majanduslikele näitajatele ja heitmetele28.02.200601.03.2008Arvo OtsTallinna Tehnikaülikool; Tallinna Tehnikaülikool, Mehaanikateaduskond, Soojustehnika instituut255 646,59 EUR
MUULep10050Põlevkivielektrijaamade käiduga seotud soojustehnilised ja keskkonnaalased probleemid01.05.201031.12.2011Tõnu PihuTallinna Tehnikaülikool; Tallinna Tehnikaülikool, Mehaanikateaduskond, Soojustehnika instituut, Soojusjõuseadmete õppetool117 355,21 EUR
MUULep14030Põlevkivielektrijaamade käiduga seotud soojustehniliste ja keskkonnaalaste probleemide lahendamine12.02.201431.01.2017Tõnu PihuTallinna Tehnikaülikool, Mehaanikateaduskond, Soojustehnika instituut, Soojusjõuseadmete õppetool343 730,00 EUR
MUULep13022Põlevkivielektrijaamade käiduga seotud soojustehniliste ja keskkonnaalaste probleemide lahendamine01.02.201331.01.2014Tõnu PihuTallinna Tehnikaülikool; Tallinna Tehnikaülikool, Mehaanikateaduskond, Soojustehnika instituut, Soojusenergeetika õppetool108 000,00 EUR
MUULep12018Põlevkivielektrijaamade käiduga seotud soojustehniliste ja keskkonnaalaste probleemide lahendamine01.01.201231.12.2012Tõnu PihuTallinna Tehnikaülikool; Tallinna Tehnikaülikool, Mehaanikateaduskond, Soojustehnika instituut, Soojusjõuseadmete õppetool194 850,00 EUR
MUULep17006Põlevkivitehnoloogiate alased teadusuuringud Enefit Energiatootmise AS-ile01.01.201731.12.2018Alar Konist; Tõnu PihuTallinna Tehnikaülikool, Inseneriteaduskond, Energiatehnoloogia instituut480 000,00 EUR
2.1.LEP19011Põlevkivitehnoloogiate alased teadusuuringud Enefit Energiatootmise AS-s01.01.201931.12.2019Tõnu Pihu; Alar KonistTallinna Tehnikaülikool, Inseneriteaduskond, Energiatehnoloogia instituut170 000,00 EUR
1.1.LMIN18074Põlevkivituhkade ohtlikkuse uuring28.08.201801.07.2019Alar KonistTallinna Tehnikaülikool, Inseneriteaduskond, Energiatehnoloogia instituut150 000,00 EUR