Mercury Saturation Profile Across the Sulphur-Impregnated Activated Carbon Bed
417
Biscan DA, McNamara JD (1989) Mercury Detection and Removal: Field Experience in the U.S. and
Abroad, Proceedings 141h LNG International Conference, May 1989, pp. 8-17
Bloom NS (1992) Considerations in sampling for and analysis of mercury at uncharacterised spill
sites, in Charlton DS and Harju JA, eds., Workshop on Mercury Contamination at Natural Gas
Industry Sites: Chicago, July 1992, Gas Research Institute, Environment and Safety Research
Department, GRI-92/0214, pp. 45-72
Duschak LH, Schnette CN (1925) The Metallurgy of Quicksilver, U.S. Bureau of Mines Bulletin 222, pp.
7-11
Hutchins RA (1979) Activated-Carbon Systems for Separations of Liquids, in Schweitzer PA (Ed.),
Handbook of Separation Techniques for Chemical Engineers, pp. 1-415-1-447, McGraw-Hili, New
York, 1979
McNamara JD, Wagner NJ (1995) Process EtIects on Activated Carbon Performance and Analytical
Methods Used for Low Level Mercury Removal in Natural Gas Applications, AIChE Spring National
Meeting, Houston, February 1995
Ruthven DM (1984) Principles of Adsorption and Adsorption Processes, Wiley, New York
Spirit Z (1996) Mercury Removal from natural gas with sulphur impregnated activated carbon-our
experience, 41h International Conference on "Mercury as a Global Pollutant", August 4-8, 1996,
Hamburg
Spirit Z, Vadunec J (1996) Protection against Mercury Impact on Natural Gas Production Equipment
and Environment, Energetic marketing, Zagreb, EGE 14/96, pp. 61-64 (in Croatian)
WHO (1989) Environmental Health Criteria 86: Mercury - Environmental aspects, Geneva
417
Biscan DA, McNamara JD (1989) Mercury Detection and Removal: Field Experience in the U.S. and
Abroad, Proceedings 141h LNG International Conference, May 1989, pp. 8-17
Bloom NS (1992) Considerations in sampling for and analysis of mercury at uncharacterised spill
sites, in Charlton DS and Harju JA, eds., Workshop on Mercury Contamination at Natural Gas
Industry Sites: Chicago, July 1992, Gas Research Institute, Environment and Safety Research
Department, GRI-92/0214, pp. 45-72
Duschak LH, Schnette CN (1925) The Metallurgy of Quicksilver, U.S. Bureau of Mines Bulletin 222, pp.
7-11
Hutchins RA (1979) Activated-Carbon Systems for Separations of Liquids, in Schweitzer PA (Ed.),
Handbook of Separation Techniques for Chemical Engineers, pp. 1-415-1-447, McGraw-Hili, New
York, 1979
McNamara JD, Wagner NJ (1995) Process EtIects on Activated Carbon Performance and Analytical
Methods Used for Low Level Mercury Removal in Natural Gas Applications, AIChE Spring National
Meeting, Houston, February 1995
Ruthven DM (1984) Principles of Adsorption and Adsorption Processes, Wiley, New York
Spirit Z (1996) Mercury Removal from natural gas with sulphur impregnated activated carbon-our
experience, 41h International Conference on "Mercury as a Global Pollutant", August 4-8, 1996,
Hamburg
Spirit Z, Vadunec J (1996) Protection against Mercury Impact on Natural Gas Production Equipment
and Environment, Energetic marketing, Zagreb, EGE 14/96, pp. 61-64 (in Croatian)
WHO (1989) Environmental Health Criteria 86: Mercury - Environmental aspects, Geneva