Engineering for environment protection : selected, peer reviewed papers from the 21st International Conference "Engineering for Environment Protection - TOP", June 23-25, 2015, Senec, Slovakia
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書誌事項
Engineering for environment protection : selected, peer reviewed papers from the 21st International Conference "Engineering for Environment Protection - TOP", June 23-25, 2015, Senec, Slovakia
（Applied mechanics and materials, v. 832）
Trans Tech Publications, c2016
- : pbk
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注記
Includes bibliographical references and indexes
内容説明・目次
内容説明
The International Conference "Engineering for Environment Protection - TOP" according to reports from experts in this field, is the most important conferences focusing on technique and technology of environmental protection i Slovakia. The tradition of the conference started in 1995, when it was held the first year. The main initiators, creators and organizers were employees of the Department of Production Engineering, Faculty of Mechanical Engineering STU in Bratislava, in close cooperation with the Ministry of Environment SR, stakeholders, Association of cities and towns and Recycling Fund. Guarantee of high professional level of conference are the authorities of conference - International Program committee and Organizing committee.
The main aim and focus of the conference is to provide the latest theoretical and practical knowledge in the field of minimizing of generation, treatment, recovery and disposal of waste; systems of monitoring for environmental protection; energy production from biomass and waste.
目次
Preface, Committees
Chapter 1: Waste Storage and Recycling
The Properties of Material from Recovered TetraPak Beverage Cartons
Waste Building Materials to Roads in Czech Republic
Emission Production from the Incineration of Municipal Waste and Coal in Heat Sources for Solid Fuel
Influence of Refused Glass on Thermal Properties of Municipal Waste
Problems with Solidification of Fly Ashes from the Municipal Solid Waste Incineration
Recovery of Copper and Tin from Used Printed Circuit Boards
Chapter 2: Biomass and Energy Production
Steam Biomass Gasification - Effect of Temperature
Biogas Production Using Anaerobic Digestion of Industrial Waste
The Energy Potential of Municipal Waste in the Zilina Region
Economics of Biomass Kiln-Drying with Vortec Tube
Interaction between Technological and Material Parameters during Densification of Selected Types of Herbaceous Biomass
The Effectiveness Criterion for Densification of Wood Waste
Design of the Reactor for the Partial Oxidation of the Pyrolysis Gas Using the Mathematical Modeling
Estimation and Measurement of Heat from Municipal Landfills
Use of Biomass and Waste for Energy Purposes
Diagnostic Measurement of Boiler Efficiency during the Combustion of Biofuels
Using of Ferrous Chloride in Anaerobic Digestion of a Substrate with High Sulphur Content
Chapter 3: Pollution and Techniques of Environmental Protection
SO2 Measurement with Sorption - Cumulative and Ultraviolet Fluorescent Method near Nova ky Power Plant
Residual Toluene Concentrations in Exhaust Gas Waste Stream of Motor Vehicle
Environmentally Progressive Road Traffic Noise Reducing Devices and Materials
Biodegradable Polymers for the Production of Prototypes
Measurement Technique for the Flood Barriers Deformation Determination
Development of a Modular Flood Barrier Concept Made from Recycled Plastic
Chapter 4: Machines and Equipment for Environmental Engineering and Energy Production
Research into a New Method for Trimming Hooves by Liquid Jet
Production Stainless Gravitational Heat Pipes Filled with Distilled Water
Gravitation Heat Pipe and Influence of Working Conditions
Influence of Underpressure on Heat Transfer and Temperature Field at Sprinkled Tube Bundle
Change of Operation Parameters of Waste Incinerator by Formation of Deposits
Feedback FEM Analysis to the Material Properties in the Simulation of Radial Pressure in the Cylindrical Chamber
Numerical Study of Air Distribution in Combustion Chamber
Pressing Technologies for ELVs
Optimization of Secondary Air Distribution in Biomass Boiler by CFD Analysis
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