Dissertation > Excellent graduate degree dissertation topics show

Design and Study on RJL10 Bio-mass Pyrolysis Heat-carrying Agent Heat Installation and the Heat-carrying Agent Expulsion System

Author: ZhouGuanPing
Tutor: WangShuYang
School: Northeast Forestry University
Course: Mechanical Design and Theory
Keywords: Bio-oil Heat-carrying agent Heating furnace Orbital transportation
Type: Master's thesis
Year: 2007
Downloads: 97
Quote: 2
Read: Download Dissertation


The resources and the environment are the basic condition of humanity’s livelihood, the multiplication and the development. Presently, the resources short, the environmental pollution and the ecology worsen, already became the major issue which the various countries faced. The people realized profoundly fossil energy and so on petroleum, natural gas, coal finiteness, sped up the development use to the biological mass energy, has become the various countries’s mutual recognition. Speaking of our country, speeds up the development of biological mass energy, impels the new energy chemical industry’s development, not only may alleviate the energy to be short, the optimization ecological environment, reduces our country between the world advanced level with the biological mass energy development. moreover is advantageous to the solution of "san nong"; increases the farmer’s receive, impels the economical growth.This topic is under such background and take the country "863" and "948" high tech cientific research item as a backing, comprehensively and systematically collected domestic and foreign research materials of flash pyrolysis and liquefaction technology for biomass and carried on deeply study and reach. And has carried on carefully the analysis and the discussion. Unifies the design concept of the existing heat-carrying agent heat installation, summarizes the existence malpractice, independently designs and develops the new series multi-skill heat-carrying agent heat installation and the heat-carrying agent car voluntarily expulsion system under teacher’s leadership. After this topic research, we must form a set of quite mature theories and technology, develop a heat-carrying agent heat installation, it can each hour heat up 10t heat-carrying agent which have remaining temperature to arrive550℃, heating efficiency in 80 %. And develop a heat-carrying agent car circulate voluntarily the feedway which can promote 10t heat-carrying agent each hour, lays the foundation for this technical promotion.This article has made the detailed introduction to design mentality and the entire design processof the heat installation and the expulsion system. Through carries on the contrast with the existing carrier heat installation and the mean of delivery, summarizes its characteristic and the merit, carries on the analysis, summarizes question and insufficiency which in the design exists, Will be clear about the improvement direction of next heat-carrying agent heat installation and the expulsion system, will provide the scientific basis and the reference for the next design and research similar installment, May apply in the actual large and middle scale scale of bio-mass flash pyrolysis and liquefaction production.

Related Dissertations

  1. Nanchang City Comprehensive Transport System Research on Space Optimization,F512.7
  2. Study on Hydrogen Production Via Catalytic Steam Reforming of Bio-oil,TQ116.2
  3. Hydrogen Production by Low-temperature Reforming of Bio-oil over a CNT-promoting Ni Catalyst,TQ116.29
  4. Upgrading Bio-oil over Solid Acid and Base by Catalytic Esterification,TE667
  5. Preliminary Studies on the Exploitation of Biomass Energy from Dunaliella,Q94-3
  6. Study on the Hydrotreatment of Bio-oil,TE667
  7. Theory and Experimental Study for the Temperature Effect on Material BRDF,TB30
  8. Urea, bio-oil - phenol - formaldehyde condensation resin of Synthesis, Structure and Properties,TQ320.1
  9. Effect of Catalyzer on Biomass Liquefaction in Subcritical Water,TQ511
  10. The Development of Experimental Set of Pyrolysising Biomass for Bio-oil,TE665
  11. Fermentation System Research of Biodiesel Oil Production from Fibre Saccharified Liquid,TE667
  12. Pyrolysis Mechanism of Corn Straw Powder in the Fluidized Bed Reactor,TK6
  13. MOCVD equipment gas transport and heating control system design,TN304.055
  14. Study on Liquefaction of Cellulose with Catalyst of Solid Acid in Water,TQ352
  15. Research on Properties of Bio-Oil from Biomass Fast Pyrolysis in Fluidized-Bed Reactor,TE667
  16. Based of humanoid intelligent temperature control system design and research,TP273.5
  17. Hydrogen/hydrogen-rich Syngas Production from Bio-oil Steam Reforming and Synthesis of F-T Liquid Fuels,TE665.3
  18. Study on Application of HTAC in Metallurgy and Its Optimization with Numerical Simulation,TF068
  19. Numerical Simulation of High Temperature Air Combustion in Annular Furnace,TK16
  20. Research on Pyrolysising Biomass Powder for Bio-oil,TE667

CLC: > Industrial Technology > Energy and Power Engineering > Bio-energy and its utilization
© 2012 www.DissertationTopic.Net  Mobile