Cleaner production in the ammonia-soda industry: An ecological and economic study

Journal of Environmental Management

Volumn 73, Issue 4, 2004, Pages 339-356

  Kasikowski, Tomek ^a   Buczkowski, R ^a   Lemanowska, E ^a  

^a NICOLAUS COPERNICUS UNIVERSITY   (Poland)

Author keywords

Ammonia soda industry innovations; Clean technologies; Cleaner production; Solvay process; Waste utilization

Indexed keywords

ECONOMIC ANALYSIS; MAGNESIUM COMPOUNDS; PHOSPHATES; POLLUTION CONTROL; SUSPENSIONS (FLUIDS);

AMMONIA SODA; AMMONIA-SODA INDUSTRY INNOVATION; CLEAN TECHNOLOGIES; CLEANER PRODUCTION; ECOLOGICAL AND ECONOMIC; ECOLOGICAL STUDIES; ECONOMIC STUDY; INDUSTRY INNOVATIONS; SODA ASH; SOLVAY PROCESS;

AMMONIA;

AMMONIA; CALCIUM PHOSPHATE; CALCIUM SULFATE; MAGNESIUM DERIVATIVE; MAGNESIUM PHOSPHATE; PHOSPHORIC ACID; SODIUM CARBONATE; SODIUM CHLORIDE; UNCLASSIFIED DRUG;

CLEANER PRODUCTION; INDUSTRIAL PRODUCTION; PRODUCTION SYSTEM; WASTE MANAGEMENT;

ARTICLE; CALCULATION; CHEMICAL REACTION; COMBUSTION; CONTROLLED STUDY; DISTILLATION; ECOLOGY; ENVIRONMENTAL ECONOMICS; ENVIRONMENTAL PROTECTION; FINANCIAL MANAGEMENT; INDUSTRIAL SLUDGE; INTERMETHOD COMPARISON; LABORATORY TEST; LINEAR SYSTEM; PRECIPITATION; PROCESS OPTIMIZATION; PURIFICATION; RECYCLING; THERMOGRAVIMETRY; VALIDATION PROCESS; WASTE MANAGEMENT; X RAY DIFFRACTION;

FRAXINUS;

EID: 7544244945     PISSN: 03014797     EISSN: None     Source Type: Journal    
DOI: 10.1016/j.jenvman.2004.08.001     Document Type: Article

References (67)

1. A. Altman M. Amann G. Klaassen A. Ruszczyński W. Schopp Cost-effective sulphur emission reduction under uncertainty European Journal of Operational Research 90 1996 395-412
2. Anon Energy demand, ecology and work safety in the Polish chemical industry Chemik 11 1999 300-301
3. Anon Przemysł Chemiczny 80 7 2001 28-29
4. Application Bulletin, 82/1e, Metrohm: Determination of Fluoride with the ion Selective Electrode.
5. Bis, Z., 2002. Alternative sorbents for CFB technology. Presented in: Changes and New Trends in Environment-Friendly Energetics. Wydawnictwo Politechniki Czestochowskiej, Czestochowa.
6. R. Buczkowski T. Kasikowski Polish Journal of Applied Chemistry XLVI 2 2002 111-119
7. Buczkowski, R., Szymański, T., Kruszyński, R., 2000. Pro-ecological technology of sludge from salt production utilization. Presented at: III Polish Conference, Proecological Achievements in the Chemical Industry, Toruń, Poland, pp. 193-198.
8. R. Buczkowski L. Lemanowska T. Kasikowski Ekologia I Technika X 1 2002 19-23
9. Buczkowski, R., Szymański. T., Peszyńska-Białczyk. K., Kasikowski. T., Lamanowska. E., Igliński. B., 2003. The meaning of scientific research in creating of pro-ecological technologies. Presented at: VI Polish Conference, Proecological Achievements in Chemical Industry and Energetics, Wydawnictwo, UMK, Toruń.
10. Computer programs: PCPDFWIN version 2.2 and X'Pert Graphic and Identify version 1.3d produced by: Philips Analytical B.V.
11. L. Clausen I. Fabricius BET measurements: Outgassing of minerals Journal of Colloid and Interface Science 227 2000 7-15
12. F. Cortabitarte M.I. Ortiz A. Irabien Flue gas desulphurization at low temperatures. Thermogravimetric characterization of the reaction product Thermochimica Acta 207 1992 255-264
13. F.A. Cotton G. Wilkinson P.L. Gaus Basic Inorganic Chemistry 1978 Wiley New York
14. M.V. Dagaonkar A.A.C.M. Beenackers V.G. Pangarkar Absorption of sulfur dioxide into aqueous reactive slurries of calcium and magnesium hydroxide in a stirred cell Chemical Engineering Science 56 2001 1095-1101
15. J. Dam-Johansen K. Ostergaard High-temperature reaction between sulphur dioxide and limestone Chemical Engineering Science 46 3 1991 827
16. J.S. Dennis A.N. Hayhurst Mechanism of the sulphation of calcined limestone particles in combustion gases Chemical Engineering Science 45 5 1990 1175-1187
17. Environmental protection law in the EU, 1995. Warszawa, MOSZNiL.
18. Foss E., Buczkowski R., 1997. Projekt celowy wytwarzania fosforanów wapniowo-magnezowych, Toruń.
19. S. Ghardashkhani D.A. Cooper Thermogravimetric study of the reaction between sulfur dioxide and calcium oxide Thermochimica Acta 61 1990 327-337
20. Gonet, S.S., 1999. Estimation of fertilizer lime called Preparat rekultywacyjny produced by Janikowo Soda Ash Factory Janikosoda. Not published, Bydgoszcz.
21. M. Góski Ekologia i Technika 6 5 1998 131-136
22. C.G. Groat et al. Mineral Commodity Summaries 2001 2001 United States Government Printing Office Washington pp. 150-151
23. T.P. Hou Manufacture of Soda 1942 Reinhold Publishing Co New York
24. Janikowo Soda Ash Factory-Ecological Report 2000, Janikowo, 2000.
25. R. Jenkins R.W. Gould D. Gedcke Quantitative X-ray Spectrometry second ed. 1995 Marcel Dekker New York
26. S.A. Johnson FBC Technology: Operation Experience and Standarts Products, San Francisko 1995
27. Kalka, J., 1998. Utilization of soda ash production' sludge to fertilizer lime in Janikowo Soda Ash Factory. Presented at: I Polish Conference, 'Pro-ecological Achievements in Chemical Industry', Toruń, Poland, pp. 173-177.
28. Kasikowski, T. Investigation of calcium-magnesium waste utilization in the synthetic soda-ash industry. PhD Thesis, University of Nicolas Copernicus in Toruń, Poland (in polish).
29. Kasikowski, T., Buczkowski, R., Lemanowska, E. Utilization of sludge from salt-evaporation plant with distiller waste from synthetic soda ash industry, in review.
30. Kasikowski, T., Buczkowski, R., Lemanowska, E. Desulfurization of fume gases in distiller waste from synthetic soda ash production, in review.
31. T. Kasikowski R. Buczkowski B. Dejewaska K. Peszyńska-Białczyk E. Lemanowska B. Igliński Utilization of distiller waste from the ammonia-soda processing Journal of Cleaner Production 12 7 2004 759-769
32. D.S. Kaufmann Sodium Chloride ACS Monograph 145 1960 Reinhold Pubishing Corporation New York pp. 329-330
33. J.K. Kinding R.L. Godfrey Controllig the cost of clean air - a newcoal technology Public Utilities Fortnightly June 1991
34. H. Koneczny Soda ash and derivatives in: H. Koneczny (Ed.) 1978 WNT Warszawa
35. Koś, R., Miakota, R., 1988. Utilization of solid waste in the process of fertilizer lime production: Inowroclaw Chemical Factory. Presented at: VII International Soda Ash Industry Symposium, UMK, Toruń, pp. 230-237.
36. Kostick D. Minerals Industry Surveys: Soda Ash. ( http://minerals.usgs.gov/minerals )
37. Kruszyński R., Zieliński J., Kowalik H., Sarnowska B., Buczkowski R., 1998. Pro-ecological technology of calcium-magnesium phosphates from the soda ash industry's waste. Presented at: I Polish Conference, Pro-ecological Achievements in the Chemical Industry, Toruń, Poland.
38. Kruszyński R., Zieliński J., Kowalik H., Sarnowska B., Buczkowski R., 1999. Pro-ecological management in soda ash factories. Presented at: II Polish Conference Proecological Achievements in the Chemical Industry, Toruń, Poland, pp. 178-183
39. S. Li Operating Experience of Foster Wheeler Waste-Coal Fired CFB Boilers 2001 Foster Wheeler Energy Corporation New York
40. A. Lyngfelt B. Leckner Sulphur capture in circulating fluidized-bed boilers: Can the efficiency be predicted? Chemical Engineering Science 54 1999 5573-5584
41. J. Machej Charakterystyka równań filtracji osadów nieściśliwych i wykorzystanie ich do celów eksperymentalnych Inzynieria i Aparatura Chemiczna 1 1973 10-14
42. Meinck, E., Stooff, H., Kohlschuffer, H., 1975. Industrial Sewage. Arkady, Warszawa.
43. Nowak, W., 1996. Gospodarka Paliwami I Energie, Nr 3 I 7.
44. Nowak, E., Piechota, R., Wierzbiński, M., 2003. Cost Calculation in Enterprise Management. PWE, Warszawa.
45. J. Nyvlt Industrial Crystallisation The State of the Art 1982 Verlagchemie
46. Ordinance of the Cabinet from 15 October 2002 concerning the unit charges for use of the natural environment in 2003. Appendix number 2 and 3.
47. Ordinance of the Cabinet from 11 December 2001 concerning the unit environmental charges for exceeding established standards of sewages released into the water or to the ground.
48. Ościk, J., 1979. Adsorption. PWN Warszawa.
49. PN-93/C-84300/13. Metody badań soli fosforanowych. Oznaczanie zawartości fluoru. Metoda potencjometryczna z zastosowaniem jonoselektywnej elektrody fluorkowej.
50. Parczewski, A., 2001. Planning of experiments and optimization process in chemistry. Presented at: I Conference: Chemometry - Methods and Applications, Zakopane, pp. 15-29.
51. Powder Diffraction File, 1976. Joint Committee on Powder Diffraction Standards, USA.
52. Roskill Information Services Ltd The Economics of Soda Ash third ed 1985 Roskill Information Services Ltd London
53. J. Sablik Clean coal technology Ekoprofit 1 61 2002 15-24
54. T.T. Shen Industrial Pollution Prevention 1995 Springer Berlin, Heidelberg
55. H.C. Sorensen Environmental protection and waste management with end-products of flue gas VDI Berichte, Nr 690 1988
56. W. Spendley G.R. Hext E.R. Himsvorth Sequential application of simplex design in optimization and evolutionary operations Technometrics 4 4 1962 441
57. Szufarski, Z., 1988. The role of Vistula river as a sewage' container from the soda ash industry. Presented at: VII International Soda Ash Industry Symposium, UMK, Toruń, pp. 175-184.
58. Szymanek, A., Nowak W., 2002. Sorbents for energetics. Presented in: Changes and New Trends In Environment-Friendly Energetics. Wydawnictwo Politechniki Czestochowskiej, Czestochowa.
59. The method of soda ash waste treatment. Polish patent number 146140/1984. Faculty of Inorganic Chemistry, Gliwice, Poland.
60. J. Toth F. Berger I. Dekany Calculation of the BET compatible surface area from any type I isotherms measured below the critical temperature Journal of Colloid and Interface Science 212 1999 402-410
61. Towards sustainable development. Health safety environment 2001-2003. Solvay folder. Brussels, Belgium, p. 37.
62. M. Trypuć R. Buczkowski Przemysł Chemiczny 70 5 1991 230-232
63. M. Trypuć R. Buczkowski Polish Journal of Applied Chemistry XXXVII 3-4 1993 201-212
64. Vogtlander, J.G., Brantjes, E., The eco-costs, the costs and the EVR of road transport of consumer goods. ( www.io.tudelft.nl/research/dfs/publication/publication_online.html ).
65. J. Wieckowska Catalytic and adsorptive desulphurisation of gases Catalysis Today 24 1995 405-465
66. Wilkoń-Michalska, J., 1988. The influence of soda ash factories on the environment. Presented at: VII International Soda Ash Industry Symposium, UMK, Toruń, pp. 238-242.
67. J. Zieńko Application of calculation sheets in the process of technological process optimization Przemysł Chemiczny 70 5 1991 197-199