ORAL

SESSION: EnergyMonAM-R2	Dodds International Symposium on Sustainable Energy Production (4th Intl. Symp. on Sustainable Energy Production: Fossil; Renewables; Nuclear; Waste handling , processing, and storage for all energy production technologies; Energy conservation)
Mon Oct, 23 2017	Room: Peninsula 3
Session Chairs: Wesley Williams; Martin Mansson; Session Monitor: TBA

12:30: [EnergyMonAM04]
Eco-Industrial Zones in the Context of Sustainability Development of Urban Areas
Sonja Stefanov¹ ; ¹University of Novi Sad, Novi Sad, Serbia and Montenegro (formerly Yugoslavia);
Paper Id: 202 [Abstract]

The industry is one of the main activities in the city and in many cities of the world and the dominant Industrial zones are the most significant morphological form of concentration of industrial facilities in the city and are concentrated industrial and business activity. Industrial parks combine activities related to energy and resource consumption, emissions, waste generation, economic benefits and regional development. The focus of this work is the path of transformation between the present and the vision of a sustainable city in the future. It examines the possibilities for?" ," Who should take action?" , " When you can change happen? " And " how much will influence these changes? The problem and the subject of research related to two related objects of research: the city and sustainable development. In this paper, the co-author's industrial symbiosis parks, modern tendencies of the spatial distribution of productive activities, circular economy, to attract leading corporations and open the way for new ventures while preserving the living environment in an urban area.

SESSION: EnergyWedAM-R2	Dodds International Symposium on Sustainable Energy Production (4th Intl. Symp. on Sustainable Energy Production: Fossil; Renewables; Nuclear; Waste handling , processing, and storage for all energy production technologies; Energy conservation)
Wed Oct, 25 2017	Room: Peninsula 3
Session Chairs: Sonja Stefanov; William Jacoby; Session Monitor: TBA

11:00: [EnergyWedAM01]
Models for Assessing the Creation of Landfill Pollutants (LFG)
Sonja Stefanov¹ ; ¹University of Novi Sad, Novi Sad, Serbia and Montenegro (formerly Yugoslavia);
Paper Id: 158 [Abstract]

The paper will be presented the most commonly used mathematical models for calculation of CH4 emissions. Landfill gas (LFG) is produced by microbial decomposition of waste and takes place in several stages. LFG is composed of CH4, CO2, and non-methane organic compounds that often contain dangerous and volatile organic substances. Assessment of creation and LFG emissions is important with respect to the significant contribution to emissions of greenhouse gasses, as well as for the design of the system for collecting landfill gas, determine the number of wells, pipe size, type and power of the gas compressor, etc. Also, according to the Protocol on the European register of pollutant release and transfer of substances (Protocol on pollutant release and transfer register) fall into landfill facilities that can monitor the discharge of pollutants. Assessment of the creation of LFG can be made by using mathematical models and methods for direct measurements.