931318 Technology manure utilisation

Lecture and exercise
Semester hours
Lecturer (assistant)
Offered in
Wintersemester 2019/20
Languages of instruction


1 Ecological fundamentals 1.1 Environmentally relevant elements and

compounds 1.2 Circulation of substances 1.3 Nutrient and pollutant

balances 2 Legal regulations, environmental protection measures 3

Biogenic emissions from agriculture (odours, NH3, CH4, N2O) 3.1

Mechanism of formation, sources, mitigation strategies 3.2 Guidelines

on assessment of ambient air from animal husbandry 4 Agricultural

manures 4.1 Farmyard manure 4.1.1 Methods of farmyard manure removal

4.1.2 Methods of farmyard manure storage 4.1.3 Methods of farmyard

manure treatment 4.1.4 Methods of farmyard manure spreading 4.2 Liquid

manure 4.2.1 Liquid manure properties 4.2.2 Methods of liquid manure

removal 4.2.3 Methods of liquid manure storage 4.2.4 Methods of liquid

manure treatment Mixing and pumping Aeration

Separation Liquid manure additives 4.2.5 Methods of liquid

manure spreading Tankers and spreading equipment 5. Energy

production from biomass 5.1 Biogas production 5.1.1 Potential (manures,

organic wastes, energy plants) 5.1.2 Anaerobical, biochemical

degradation 5.1.3 Types of biogas plants 5.1.4 Energy efficiency of

biogas plants 5.1.5 Energy conversion, electricity and heat from

biomass (FC, HPC, MGT) 5.2 Solid fuels 5.2.1 Harvesting and

conditioning 5.2.2 Firing systems 5.3 Fuels 5.3.1 Vegetable oils 5.3.2

Ethyl alcohol

Objective (expected results of study and acquired competences)

To know areas of problems and conflicts in protection of environment

and climate in agriculture, to point out causes of and solutions to

problems and conflicts. To know and evaluate the broad range of methods

of manure storage, treatment and spreading. To develop methods of

manure management with low nutrient losses, high nutrient efficiency

and low environmental impact. To apply guidelines on assessment of

emissions from animal husbandry. To describe methods of energy

production from energy plants and biomass (biogas production, solid

fuels, fuels).
You can find more details like the schedule or information about exams on the course-page in BOKUonline.