Oprensning af blandingsforurenet jord 9. Referencer/1/ Miljøstyrelsen: Miljøprojekt nr. 407, 1998. Oprensning af tungmetalforurenet jord. /2/ "Resumé rapport over Miljøstyrelsens gasværkspakke", oktober 1999. /3/ Miljøkontrollen/EKJ: Valby Gasværk, status for forureningssituationen, januar 1998. /4/ Miljøkontrollen/EKJ: Sundby Gasværk, status for forureningssituationen, maj 1998. /5/ Miljøkontrollen/EKJ: Østre Gasværk, status for forureningssituationen, maj 1998. /6/ Frederiksberg Kommune/Ramböll: Frederiksberg Gasværk på Finsensvej, Depot nr. 147-01, Statusrapport, december 1998. /7/ Vejledning fra Miljøstyrelsen, nr. 7, 1992: "Prioritering af affaldsdepoter". /8/ Vejledning fra Miljøstyrelsen, nr. 6, 1998: "Oprydning på forurenede lokaliteter - Hovedbind". /9/ Miljø Energiministeriet: "Faktuelt", nr. 26, 24. Juni 1999. /10/ Amternes Depotenhed: Branchebeskrivelser nr. 4, 5, 6, 7, 8, 9, 10 og 11 udgivet af Teknik & Administration i 1997. /11/ Redegørelse fra Miljøstyrelsen: Depotredegørelse om affaldsdepotområdet 1997. Nr. 1 1998. (kap 2.2.5) /12/ Projekt om jord og grundvand fra Miljøstyrelsen: Erfaringsopsamling på amternes registreringsundersøgelser. Nr. 9 1995. (kap 2.2.5) /13/ Amternes Videncenter for jordforurening: Erfaringsopsamling på amternes registreringsundersøgelser, hovedrapport og bilagsrapport. Teknik & Administration, nr. 3, 1997. /14/ Telefonsamtale med Ernst Lassen, Oliebranchens Miljøpulje. Refereret til undersøgelse i Sønderjylland af blyindhold i jord på tidligere tankstationer. /15/ Danske Entreprenørers opgørelse over modtagne jordmængder i 1997 og 1998. /16/ Århus Amts notat af 4. September 1995 om undersøgelse af PAH-indholdet i overfladejord i Århus. /17/ Miljøkontrollen, Københavns kommune: "Undersøgelse af diffus jordforurening på Østerbro", april 1998. /18/ Critical Reviews in Environmental Science and Technology, Volume 28, Issue 4, 1998. /19/ Vejledning fra Miljøstyrelsen, nr. 10, 1998: "Branchevejledning for forurenede tjære/asfaltgrunde". /20/ Vejledning fra Miljøstyrelsen, nr. 9, 1998: "Branchevejledning for forurenede garverigrunde". /21/ Vejledning fra Miljøstyrelsen, nr. 8, 1998: "Branchevejledning for forurenede imprægneringsgrunde". /22/ Neeb e, Th. Grohs, H.(1990, 1991): Verfahrenstechnische Grundlagen des Bodenwaschens. Sonderdruck aus Aufbereitungs-technik Mineral Processing. /23/ US EPA (1996): A Citizen´s guide to Soil Washing, Solid, Solid waste and Emergency response, EPA 542-F-96-002. /24/ Wallin, M. (1995): Tvättning och separation – etablerede metoder för efterbehandling av förorenad jord, i: Forurenset grunn – tiltaksmetoder, Norske Sivilingeniørers Forening, Studiesentret. /25/ Denver Sala Basic (1995): Selection Guide For Process Equipment. Svedala. /26/ Heimhard, Dr. H-J., Klöckner Oecotec GmbH 1987: Der Anwendung des Hochdruck-Bodenwaschverfahrens bei der Sanierung kontaminierter Böden in Berlin. /27/ Armishaw, R et al. (1992): Review of innovative contaminated soil clean-up processes. Warren Springs laboratory. /28/ Miljøkontrollen (1995): Jordrensning i Danmark. Muligheder og perspektiver, Miljøkontrollen, Københavns kommune, København. /29/ Bovendeur, J., et.al.(1996): The Fortecâ process: A combined remediation technique for soil and sediments containing organic pollutants. NATO/CCMS pilot study, Adelaide, Australia. /30/ Arcadis Heidemij Realisate BV (1996): Project description Petroleumshaven, Amsterdam. /31/ http://clu-in.org/products/site/complete/democomp/toroharp.htm: Toronto Harbour Commision (Soil recycling). /32/ BioTrolâ Soil Washing System. http://clu-in.org/products/site/complete/democomp/biotrols.htm /33/ TDEnviro Inc., Edmonton, Alberta, Canada: Clean Soil Process, Remediation of Contaminated Soils, Slugdes and Emulsions. /34/ Erik K.Jørgensen AS (1995): Rehabilitation of a site contaminated by tar substances using a new on-site technique. Valby gasworks. EU Life projekt. /35/ Wille, Frank (1993): Bodensanierungsverfahren, Vogel Buchverlag, Würtzburg. /36/ Brummeler E. Ten et al (ca. 1997): Bioremediation with the Fortecâ -Process: A Save Harbour for Sediment. /37/ Gemoets, Johan. Vito, Belgien. Personlig kommunikation. /38/ Personlig kontakt til Frank Laursen/Søren Nielsen, Hovedstadens Jordrens: Forsøg med gadeopfej samt medvirken til bilag 4. /39/ Van Dueren, J. m.fl.(1997): Remediation Technologies Screening Matrix and Reference Guide, Ver. 3.0. Section 4.21, Soil Washing. Federal Remediation Technologies Roundtable. www.frtr.gov/matrix2/. /40/ Soczó, E.R., Verhagen, E.J.H., Versluijs C.W. (1987): Review of soil treatment techniques in the Netherlands, i: de Waal, K.J.A. & van den Brink, W.J.(eds): Environmental technology, 2nd European Conference on Environmental Technology. Martinus Nijhoff Publishers. Dordrecht. /41/ Groot, H.N., Heijmans Milieutechniek B.V. and Reurslag, J. Tauw Milieu B.V. Deventer: Separation of a contaminated sediment, a fullscale project in the Netherlands. /42/ Heimhard, H.J. Klöckner Oecotec GmbH. (1988): High pressure soil Washing, Process for cleaning polluted soil in Berlin i:K. Wolf, W.J. Colon (eds.), Contaminated soil, p. 871-882 ’88. Kluwer Academic Publishers. /43/ Henning Roland (1995): Physikalish-chemische Bodenreinigung mit Harbauer-Bodenreinigungsanlagen i: Altlastensanierung (2. Auflage), Volkmar Gossow, Bauverlag GmbH, Wiesbaden und Berlin. /44/ Personlig kontakt til Kroezen, M., Heijmans Milieutechniek B.V. /45/ Holbein, Bruce E., Robert D. Fox, Roger Smart, Treatment and recycling of contaminated dredged sediment material, Soil chemestry and the application of soil chemistry /46/ Personlig kontakt til ingeniør Thomas Weber i firmaet Werner Frantzen GmbH&Co. KG, Tyskland. /47/ Assink, J.W. & Rulkens, W.H. (1987): Cleaning Soils Contaminated with Heavy Metals, i: de Waal, K.J.A. & van den Brink, W.J. (eds.): Environmental Technology, Martinus Nijhoff Publishers, Dordrecht, Holland. /48/ ChemTech Analysis Inc. (1997): Cleaning Metal and Hydrocarbon Contaminated Soils using the ChemThec Soil Treatment System, http//www.ct-inc.com/about.html. /49/ EPA Office of Research and Development. 1996. "LasagnaTM Public-Private Partnership" EPA 542-F-96-010A. /50/ Paducah Demonstrates LasagnaTM Technology, 1995, http://www.em.doe.gov/tie/fall 16.html /51/ Sa V. Ho, et.al. (1999): The Lasagna Technology for In Situ Soil Remediation. 1. Small Field Test, Environmental Science and Technology, vol. 33, pp. 1086-1091. /52/ Sa V. Ho, et.al. (1999): The Lasagna Technology for In Situ Soil Remediation. 2. Large Field Test, Environmental Science and Technology, vol. 33, pp. 1092-1099. /53/ In situ Solvent Remediation, httm://www.crd.ge.com/el/aes/lasagna.htm /54/ EPA A Citizen’s Guide to Phytoremediation, EPA 542-F98-011, August 1998. /55/ Eric P. Carman et.al.: "Trees stimulate remediation at fuel oil contaminated site. Soil & Groundwater Cleanup. /56/ Goldsmith,Wendi, Lead-contaminated sediments prove susceptible to phytoremediation, Soil&Groundwater Cleanup - Bioremediation, /57/ EPA, Treatment of Lead-Contaminated Soil, Superfund Engineering Issue, EPA 540/2-91/009, april 1991. /58/ Dole L. R., In-situ immobilization of PCB's at Pepper's Steel and Alloys site establishes a precedent as permanent remedy for nonvolatile organic. In: Proceedings of PCB Forum, Houston, sep. 1989. /59/ Dole L. R., Successfull PRP remediation of the Pepper's Steel and Alloys site. In: Superfund 1989, HMCRI 10th National Conference 27-29, Washington pp. 476-478, nov. 1989. /60/ Corner, Jesse R. and Hoeffner, Steve, A critical Review of Stabilazation/Solidification Technology, Enviromental Science and Technology, 28 (4), 397-462, 1998. /61/ Spence, R. D., T.M. Gilliam, I.L. Morgan and S. C. Osborne, Solidification of Waste Containing Volitile Organic Compounds in Cementitious Waste Forms. Precented at the 2nd Inter. Symp. On S/S of Additive and Waste In Hazardous Landfills, Williamsbourg, VA (maj -juni 1990). /62/ GEO-CON, INC - In-Situ Solidification and Stabilisation Process, EPA. http://clu-in.org/PRODUCTS/SITE/complete/democomp/geocon.htm /63/ EPA, SOLIDITECH, , INC. (Solidification and Stabilisation), http://clu-in.org/PRODUCS/SITE/complete/democomp/solidite.htm /64/ USEPA (1989) Technology evaluation report : SITE program demonstration test Soliditech, Solidification/Stabilization, EPA/540/5-89/005a, 1989. /65/ HacTECH News, Cold Asphalt Emusion Technology Offered to recycle Petroleum Soil, marts 1990. /66/ Conway, Michael F.P.E., Bench-Scale Evaluation of Asphalt Emulsion Stabilization of Contaminated Soil, United Retek Corporation, Journal of Soil Contamination, 1993. /67/ Hubbard J, Tsadwa S, Willis N and Evans, M., Site Sampling and treatability studies for demonstration of WasteChem’s asphalt encapsulation technology under EPA’s SITE program. J. Air Waste Man. Assoc. 40(1), 1990. /68/ Sheriff T. S,. Sollars, C. J., Montgomery D. and Perry R., The use of activated charcoaland tetra-alkylammonium-substituted clay in cement-based stabilization/solidification of phenols and chlorinated phenols, Enviromental aspects of stabilization and solidification of harzardous and radioactive wastes. ASTM special technical publication, STP 1033, 1989. /69/ Sheriff T. S,. Sollars, C. J., Montgomery D. and Perry R., Modified clay for organic waste disposal, Technology Letters 8(10), pp 501-514, 1987. /70/ De Percin P. R., Description of EPA SITE demonstration of the HAZCOON stabilization process at the Douglassville, PA. Superfund Site, Demonstration of remedial action technologies for contaminated land and groundwater, NATO/CCMS, Second International Conference, pp 63-74, 1988. /71/ Grube W. E. Jr, Longterm stability of solified waste as determined by physical and morphological parameters, Contaminated Soil 1990,Third International Conferenceon Contaminated Soil, Karlsruhe, Tyskland, pp1289-96, 1990. /72/ Grube W. E. Jr, Partymiller K. G., Jackson D.R., Bisson D.L., Evaluation of the Soliditeh SITE solidification/stabilization technology, Superfund ’89, HMCRI 10th National Conference 27-29, Washington, pp 413-416, 1989. /73/ EPA ROD ID: EPA/ROD/R04-91/091; Conbinated treatment of mixed contaminants. /74/ Termisk rensning af jord ved Kommune Kemi i Nyborg. Oplysninger givet af Direktør for K.K. Miljøteknik Vagn Frederiksen i forbindelse med projektet. /75/ Personlig kontakt til Karsten Mathiesen, Danske Elværkers Forening. /76/ Carroll, Gregory J.: Parametric evaluation of metal partitioning at the U.S EPA incineration research facility. Presented at the Sixteenth Annual Hazardous Waste Research Symposium, Cincinnati, OH, April 1990. /77/ Personlig kontakt til tyske værker for jordbehandling. /78/ Personlig kontakt til hollandske jordbehandlingsanlæg. /79/ Miljøprojekt nr. 20, 1996: Kemiske stoffers omsætning i jord og grundvand. /80/ Samtaler med firmaet BioSoil, Holland v. Direktør John Janse. /81/ Samtaler med firmaet Envirotech, Italien v. Direktør E.B. Fornaro. /82/ Cutright, Teresa J.: Polycyclic Aromatic Hydrocarbon Biodegradation and Kinetics Using Cunninghamella echinulata var. elegans. International Biodeterioration and Biodegradation (1995) 397-408. /83/ Codina, G., Vaquero, M.T., Comellas, L., Broto-Puig, F.: Comparison of various extraction and clean-up methods for the determination of polycyclic aromatic hydrocarbons in sewage sludge-amended soils. Journal of Chromatography, vol 673, (1994) pp 21-29. /84/ Hurst, C.J. et.al.: Polycyclic aromatic hydrocarbon biodegradation as a function of oxygen tension in contaminated soil. Journal of Hazardous Materials, vol. 51 Issue 1-3 (1996), pp. 193-208. /85/ Yeom, Ick-Tae, Ghosh, M.M.: Mass transfer limitation in PAH-contaminated soil remediation. Water Science and Technology, vol. 37 issue 8, (1998) pp. 111-118. /86/ Direktør Susanne Schiøtz Hansen, A-S Bioteknisk Jordrens: "Eksempler på nedbrydningen". Udleveret artikel v. ATV-møde den 7. oktober 1998. /87/ Herner, Brian P., Goldberg, Steven M., Ward, Owen P.: Landfarming bioremediation is viable solution at Lake Erie MGP. Soil & Groundwater Cleanup, http://www.sgcleanup.com./bio /88/ Phønix Miljø: "Mobile extraction technology for on-site soil decontamination – Contex system", 30. september 1992. /89/ Rulkens, W.H., Honders, A.: Clean-up of contaminated sites: Experiences in the Netherlands. Water Science Technology, Vol. 34 (1996) pp. 293-301. /90/ Samtaler med tidligere ansat ved Phønix Miljø, Anette Tønning Faarbæk, marts 1999. /91/ Bjørn Jensen: Kemikalieforurenet jord, Teknisk Forlag A/S 1989. /92/ Personlig samtale med Jørgen Skårup, AFATEK, tidligere projektleder for NKT/Risø-projektet. /93/ Miljøstyrelsen: Miljøprojekt nr. 4, 1995. Barrierer mod udvikling og anvendelse af nye afværgeteknologier. /94/ Personlig kontakt med Ludo Diels, Vlaamse Instelling voor Technologisch Ondersoek (VITO), Belgien samt Thermo Design Engineering, Canada. /95/ Brochure fra NBM, Holland. /96/ Brochure fra Boran, Tyskland. |
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