ThermalNet An integrated network on thermal biomass conversion for power, heat and transport fuels

Oct 06, 2014

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ThermalNet An integrated network on thermal biomass conversion for power, heat and transport fuels. Supported by Intelligent Energy – Europe Programme of the European Community and IEA Bioenergy for PyNe. Structure. ThermalNet

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ThermalNet An integrated network on thermal biomass conversion for power, heat and transport fuels

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ThermalNetAn integrated network on thermal biomass conversion for power, heat and transport fuels Supported by Intelligent Energy – Europe Programme of the European Community and IEA Bioenergy for PyNe
Structure ThermalNet =CombNet (Combustion Network)GasNet (Gasification Network)PyNe (Pyrolysis Network)
Concept CombNet GasNet PyNe IEA Bioenergy
Tasks
ThermalNet PyNe GasNet CombNet
Programme for Vienna
Programme for Vienna
PyNe meeting in Vienna

THERMOCHEMICAL CONVERSION OF SOLID FUELS – Processes of pyrolysis, gasification and combustion of biomass an wastes.

EXCELLENCE CENTER. THERMOCHEMICAL CONVERSION OF SOLID FUELS – Processes of pyrolysis, gasification and combustion of biomass an wastes. WORKGROUP 2 Pyrolysis for solid products WORKGROUP leader Aleksander Sobolewski Ph.D. Scope of activity.

493 views • 13 slides

THERMOCHEMICAL CONVERSION OF SOLID FUELS – Processes of pyrolysis, gasification and combustion of biomass an wastes.

THERMOCHEMICAL CONVERSION OF SOLID FUELS – Processes of pyrolysis, gasification and combustion of biomass an wastes. WORKGROUP 2 Pyrolysis for solid products WORKGROUP leader Aleksander Sobolewski Ph.D. International conference COMBUSTION, GASIFICATION AND PYROLYSIS OF BIOMASS AND WASTES .

680 views • 7 slides

THERMOCHEMICAL CONVERSION OF SOLID FUELS – Processes of pyrolysis, gasification and combustion of biomass an wastes.

EXCELLENCE CENTER. THERMOCHEMICAL CONVERSION OF SOLID FUELS – Processes of pyrolysis, gasification and combustion of biomass an wastes. WORKGROUP 3 Standardisation and testing WORKGROUP leader Alfred Tramer Ph.D. WG3 activities.

392 views • 13 slides

Perspectives on Integrated Transport

Perspectives on Integrated Transport. Integrated Transport :Why ?. Customers becoming increasingly indifferent to global sourcing issues. Inventory to be held only briefly for staging, focus primarily on inventory in transit and not inventory in storage, distribution centres, or warehouses.

642 views • 50 slides

THERMOCHEMICAL CONVERSION OF SOLID FUELS – Processes of pyrolysis, gasification and combustion of biomass an wastes

THERMOCHEMICAL CONVERSION OF SOLID FUELS – Processes of pyrolysis, gasification and combustion of biomass an wastes. WORKGROUP 1 Combustion and gasification of biomass and wastes for heat and energy WORKGROUP leader Tomasz Chmielniak , Ph . D . Activity in CONBIOT Project.

369 views • 12 slides

Biomass Fuels

264 views • 12 slides

Directive on the deployment of alternative fuels infrastructure ( Clean Power for Transport)

Focus on Infrastructure. Directive on the deployment of alternative fuels infrastructure ( Clean Power for Transport). . Kemal Önel Clean Transport & Sustainable Urban Mobility Stockholm, 22 May 2014. Main problems to fix - Policy Drivers. 1) Energy supply at risk

562 views • 32 slides

Biomass/Bio Fuels

Biomass/Bio Fuels. Katie Zhao Jordan Pelliciotta Karthik Kartha Laila El-Ali Adior Barac. How Biomass is Used. The oldest and simplest way to make bio fuels is to burn natural items (i.e. wood) The burning of these resources produces high pressure systems

362 views • 15 slides

Solar thermal and combined heat and power

Solar thermal and combined heat and power. Achintya Madduri , Mike He. Combined Opportunities:. Low-cost media – water, mineral oil, molten salts Heat engine ( eg . Stirling) provides high efficiency, eg . better than ~ 2/3 of reversible limit

553 views • 30 slides

Biomass Energy Conversion

Biomass Energy Conversion. Unit 10. Use Policy. This material was developed by Timothy J. Wilhelm, P.E., Kankakee Community College, with funding from the National Science Foundation as part of ATE Grant No. 0802786.

926 views • 67 slides

Thermochemical Conversion of Biomass to Power and Fuels ( Presentation by Group 1 )

Thermochemical Conversion of Biomass to Power and Fuels ( Presentation by Group 1 ). Group members. Lau Kok Chun Najeeb Abdul Khalid Nurul Asyiqin Abdul Halim Wan Munirah Wan Mat Zin Syazwani Salehudin. Biomass characterization. Moisture content Proximate analysis

1.61k views • 80 slides

Technical considerations on biomass fired boilers for heat and power - Research in CHEC, DTU

Technical considerations on biomass fired boilers for heat and power - Research in CHEC, DTU. Weigang Lin CHEC Research C enter Department of Chemical and Biochemical Engineering Technical University of Denmark. Outline.

522 views • 30 slides

Thermal Transport Internal Heat Sources External Insulation

Thermal Transport Internal Heat Sources External Insulation. COM GL Locomotion Phase Lead. 1. Thermal Considerations. Assumptions: Solar Panels Reflect Unused Solar Energy Completely Thermal Blanket keeps Energy Transfer through body to 0 J/s

224 views • 6 slides

Advanced Biomass-based Combined Heat and Power System

Advanced Biomass-based Combined Heat and Power System. Combined Heat & Power in the Pacific Northwest October 15, 2002 Nathan E. Carpenter Manager, Energy Boise. Presentation Outline. Forest Industry Energy Overview Typical Forest Industry CHP Application Proposed Next Generation Systems

221 views • 10 slides

Biomass Gasification Technology for producing Electricity ,Thermal Heat and Gas

Biomass Gasification Technology for producing Electricity ,Thermal Heat and Gas. Content of Presentation. Company Profile Gasification Process Gasification Technology Syn-Gas Types of Technologies Types of Gasifier Units Gas Cleaning GB Gasifired – Vergassen System

1.13k views • 26 slides

Photocatalytic Conversion of Cellulosic Biomass into Gaseous Fuels

Photocatalytic Conversion of Cellulosic Biomass into Gaseous Fuels. Frank E. Osterloh, Department of Chemistry, University of California, Davis, CA 95616.

181 views • 1 slides

Thermal Energy and Heat

Thermal Energy and Heat. SPH4C/SPH3U. Thermal Energy. James Prescott Joule (1818-1889) spent much of his honeymoon studying waterfalls. He noticed that the water at the bottom of a waterfall had a higher temperature than at the top. How might this happen?. Thermal Energy and Heat.

865 views • 37 slides

Solar thermal and combined heat and power

Solar thermal and combined heat and power. Achintya Madduri, Mike He. Combined Opportunities:. Low-cost media – water, mineral oil, molten salts Heat engine ( eg . Stirling) provides high efficiency, eg . better than ~ 2/3 of reversible limit

511 views • 30 slides

What is Biomass Fuels & Types of Biomass Fuels Energy

Biomass is organic matter derived from living, or recently living organisms. Biomass fuels are organic materials produced in a renewable manner.These discussions include the issues of cost and fuel supply. Let's see more detail visit:- http://wesrch.com/

441 views • 12 slides

Solid biomass fuels pellets and briquettes

Osnovna škola Bartola Kašića Vinkovci Erasmus+ project 2018-2020 Stop Climate Change – Together Europe Achieves More. Solid biomass fuels pellets and briquettes. April 2019.

281 views • 18 slides

Carbon Catalysts for Biomass Conversion

The use of a supported heterogeneous catalyst makes the process more efficient and economically feasible in many applications. The support materials provide a physical surface for dispersion or binding of active catalyst components. The final catalytic properties depend on the combination of the type of catalyst components and supportive material [1,2]. Lignocellulosic biomass is an alternative to petroleum for the production of biofuels and chemicals and is increasingly recognized as a valuable material; however, the high cost of conversion technologies hinders its use as an economical alternative to petroleum. One way to make the conversion process economical is to use catalysts during conversion reactions. For instance, furfural production from biomass has attracted a lot of attention in the last several years. Commercially, furfural is produced using mineral acids such as sulfuric acid and hydrochloric acid as homogeneous catalysts. Metal chlorides such as CrCl2 , ZnCl2 , MgCl2 , FeCl3 , and AlCl3 demonstrated the ability to catalyze xylose dehydration to produce furfural as alternative. However, both types of catalysts are homogeneous and have some limitations in terms of difficulties in separation and recyclability and high environmental and safety risks as use of mineral acids [3].

27 views • 2 slides

BIO FUELS FOR TRANSPORT SECTOR – AN ASIAN PERSPECTIVE

BIO FUELS FOR TRANSPORT SECTOR – AN ASIAN PERSPECTIVE. Vehicle Fuel Quality Workshop 22 nd Aug-2006 Organised by Philippines Department of Energy-Oil Industry Management Bureau Asian Clean Fuels Association. INDIAN INSTITUTE OF PETROLEUM (Council for Scientific & Industrial Research)

399 views • 37 slides

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