Předmět Environmental Engineering Technology (IUI16E)

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Materiál	Typ	Datum	Počet stažení

Cíl

The objective is to familiarize student with the origin of natural resources pollution and his impact on living environment. It points on ecological access to natural resources exploitation and about ecological methods, too; so-called ecological solving and utilize of production and ecological technology in agricultural and agro-industrial sector. The students are familiarize with the Kyoto Protocol, Montreal Protocol and with Climate Changes reasons including the Climate Changes consequences. The subject was included for reasons of necessity to prepare students with the use of ecologically acceptable technologies, which have a character of sustainable development. Ecological approach is very important for construction and production, anyway like the use of different technologies and in itself used materials. Thus agriculture mechanization and agro-industry are converted in on of the important factors with considerable impact to living environment.

Osnova

PřednáškaIntroduction to Environmental EngineeringRenewable energy sourcesBioenergy and biomassBiofuels - production technologies and useWaste water treatment technologiesWaste managementClimate change 1 - Introduction and Past climate changesClimate Change 2 - Present and Future climate changesClimate Change 3 - Health and Environmental effectsRecapitulation to Environmental Engineering in agriculture and ecological technologiesCvičeníEcological FootprintEvaluation of advantages, disadvantages and limitations of RESMethodology for energy crop selection - energy and economical balancesLife-cycle assessment of biofuels - examplesPresentation and discussion of students' home works on Selected Ecological IssuePresentation and discussion of students' home works on selected Ecological IssueTestPresentation and discussion of students' home works on selected Ecological IssuePresentation and discussion of students' home works on selected Ecological IssuePresentation and discussion of students' home works on selected Ecological IssueExcursion to Prague's Central Wastewater Treatment PlantExcursion to Waste Energy Recovery Plant Malešice or Landfill A

Získané způsobilosti

Znalosti:The graduates understand basic concepts of environmental engineering and have an overview of the technologies used in environmental engineering. They know the principles, inputs, processes and outputs of the various environmentally friendly technologies. The graduate have basic knowledge of the theory of machine design, operation of machinery and equipment in the field of agricultural engineering and agro-industry based on environmental requirements aimed to protecting the soil, water and air. They have a basic understanding of exploitation of natural resources from the environmental viewpoint and knowledge of renewable sources of energy and their use, advantages, limitation and methods of ecological energy production.Dovednosti:The graduates are able to apply their knowledge in practical application as in the elaboration and implementation of projects and technologies in the field of ecology, climate change and environmental engineering in different countries including tropics and subtropics. The graduates are capable of recognizing and evaluating environmental problems and they are able to select and suggest an appropriate (eco-friendly and energy saving) technology taking into account specific conditions of the location. The graduates are able to integrate their environmental knowledge in the decision-making process within the implementation of the technologies into practice.Kompetence - komunikace:The graduates are able to effectively operate in partnership with qualified experts. They have the potential to formulate and present their own views, reflecting the views of other members of the team and comprehensibly transfer information, ideas and solutions.Kompetence - úsudek:The graduates are able to evaluate the appropriateness of the technology from the environmental point of view. They are able to review and improve their own performance and then of others, taking some responsibility for the evaluation and improvement of work activities. They are aware of limitations of their competences in the professional field and are familiar with the need for the transfer of competences to the specialists in the field.

Literatura

ZákladníBoyle G (ed). 2012. Renewable Energy Power for a Sustainable Future (2nd Edition). Oxford. Oxford University Press, 464 pp.Muňoz JO, Váňa J, Havrland B, Krepl V. 2003. Environmental Engineering I. Agricultural Technologies and the Environment. Prague. ITS ČZU, 184 pp.Salvato JA, Nemerow NL, Agardy FJ. 2003. Environmental Engineering (5th edition). New York. John Wiley & Sons, 1544 pp.DoporučenáBoxwell M. 2012. Solar Electricity Handbook 2012 A Simple Practical Guide to Solar Energy - Designing and Installing Photovoltaic Solar Electric Systems. Ryton on Dunsmore. Greenstream Publishing, 200 pp.Gelman R. 2012. 2011 Renewable Energy Data Book. United States. U.S. Department of Energy, 128 pp.Havrland B, Pobedinschi V, Vrancean V, Pecen J, Ivanova T, Muntean A, Kandakov A. 2011. Biomass Processing to Biofuel. Prague. Powerprint Ltd. Comp., 86 pp.Khoiyangbam RS, Gupta N, Kumar S. 2011. Biogas Technology towards Sustainable Development. New Delhi. TERI Press, 200 pp.Lee CC, Lin SD. 2000. Handbook of Environmental Engineering Calculations. New York. McGraw-Hill, 1504 pp.Lerche I, Paleologos EK. 2001. Environmental Risk Analysis. New York. McGraw-Hill, 421 pp.Moselle B, Padilla J, Schmalensee R. (eds). 2010. Harnessing Renewable Energy in Electric Power Systems Theory, Practice, Policy. Washington D.C., London. RFF Press, 368 pp.

Požadavky

None

Garant

Ing. Tatiana Ivanova, Ph.D.