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Institut for Vand og Miljøteknologi, DTU Miljø, Danmarks Tekniske Universitet Side 272 Karsten Arnbjerg-Nielsen Tlf.: +45 4525 1450 kan@env.dtu.dk Landbrug Forskningsmæssige styrkepositioner: Gyllerensning – se under affald. Konkrete aktiviteter: Eventuelle links: Beskrivelse af teknologier: Kontaktpersoner: Yderligere oplysninger Overfladevand Forskningsmæssige styrkepositioner: Modeller for stoffer og deres distribution. Konkrete aktiviteter: Brug af planter til rensning. Eventuelle links: http://www.env.dtu.dk/English/Research/Research%20Themes/Environmental%20Chemistry%20and%20Mi Beskrivelse af teknologier: Kontaktpersoner: Stefan Trapp Tlf.: +45 4525 1622 stt@env.dtu.dk Yderligere oplysninger Stefan Trapp Tlf.: +45 4525 1622 stt@env.dtu.dk Reduktion af klimapåvirkning Forskningsmæssige styrkepositioner: Reduktion af drivhusgasser fra lossepladser, CO2 lagring. Konkrete aktiviteter: Eventuelle links: Beskrivelse af teknologier: Kontaktpersoner: Peter Kjeldsen Tlf.: +45 4525 1561 pk@env.dtu.dk Ida Fabricius Tlf.: +45 4525 2162 ilf@env.dtu.dk Yderligere oplysninger Peter Kjeldsen Tlf.: +45 4525 1561 pk@env.dtu.dk
Institut for Vand og Miljøteknologi, DTU Miljø, Danmarks Tekniske Universitet Ida Fabricius Tlf.: +45 4525 2162 ilf@env.dtu.dk Ressourceforbrug / ressourceoptimering Forskningsmæssige styrkepositioner: LCA for affald, forbrænding, energi, lossepladser, bioenergi. Konkrete aktiviteter: LCA in waste management : Establishing the management tool is by itself a scientific accomplishment and gaps in understanding and data will be identified fostering new research tasks. Some of the research tasks are listed below. • Economics and environmental economics, • Develop inventory models for a range of technologies (ash treatment, compost use, etc) • Inventory modeling (LCIs) on garden and yard waste technologies • Inventory modeling (LCIs) on bulky waste technologies • Inventory modeling (LCIs) on special wastes • Improving impact assessments for non-toxic substances (spoiled groundwater resources, stored toxicity) • Air emissions from biological treatment facilities • Addressing carbon sequestering in landfills and in soils receiving organic waste • Developing approaches to sensitivity and uncertainty analysis in LCA • Fraction specific transfer coefficients Waste incineration: The research will focus on process optimization, optimization of the waste input as well as environmental evaluation of residue treatment and disposal. • Develop environmental assessment models (LCA) for evaluation of residue treatment, utilization and disposal of bottom ashes and APC residues, and evaluate important management strategies. • Geochemical and dynamic modeling of leaching from incineration ashes and identification governing processes (dissolution/precipitation, sorption, redox, flow dynamics, etc.) as a basis for leaching prediction. • Identify important issues related to residue sampling, sample handling, and characterization with respect to determining residue leaching properties. • Identify key energy substitution profiles (i.e. energy products thet energy from incineration substitutes) for waste incinerators in order to support environmental assessment models. • Identify important relations between waste input composition and residue quality in order to better predict effects of changes in waste management and to optimize environmental impacts from incineration. • Identify key environmental and operational parameters and develop systems for evaluating plant performance as a basis for benchmarking and (extended) green accounts. Landfills: • Laboratory experiments and modeling to obtain further process understanding of LFG attenuation in biocover systems • Method development, field establishment and performance evaluation of biocover systems at Danish landfills Side 273
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Vidensinstitutioner, miljøteknolog
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Forord Hensigten med dette katalog
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Under hver institution er der infor
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Katalog over institutioner: Afdelin
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Afdeling for Terrestrisk Økologi,
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Afdeling for Vildtbiologi og Biodiv
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