International Journal of Environment and Resource (IJER)

Editor-in-Chief: Prof. Domenico Pianese
Frequency: Quarterly
ISSN Online: 2324-7029
ISSN Print: 2324-6995
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Enhancing the Growth of Plants on Coal Waste Using a Biological Fertilizer

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Author: Peter J.Leggo

Abstract: A biofertilizer, composed of a mixture of crushed zeolitic tuff and organic waste, has been used to grow plants on coal waste. The growth experiment is reported together with control experiments to demonstrate the efficacy of the biofertilizer. Plants used were: Brassica napus, Beta vulgaris, Linum usitatissimum and Zea mays which were grown in pots under controlled greenhouse conditions. Coal waste from a Nottinghamshire colliery in the English Midlands was used throughout the work as the plant substrate. Decomposition of the organic waste produces ammonium ions which are adsorbed by the zeolitic tuff, and when the mixture is added to a plant substrate, oxidizing ammonium micro-organisms function and sponsor nitrification (Leggo et al.,2009). The resulting growth enhancement is exceptional as shown by the shoot dry weight of the plants harvested at maturity.

Keywords: Coal Waste, Organic Waste, Decomposition, Ammonium Ions, Zeolitic tuff; Micro-Organisms, Enhanced Growth



References:

[1] B.W. Mercer, L.L.Ames, C.J.Touhill, W.J Van Slyke and R.B. Dean, “Ammonia removal from secondary effluents by selective io-exchange”, 42nd Annual Conf, Water Pollution Control Federation, (1969) pp. 5-10; Dallas, Texas, USA.

[2] C. Gubry-Rangin, G.W .Nicol, and J.I. Prosser, “Archeae rather than bacteria control nitrification in two agricultural acidic soils”, FEMS Microbiology Ecology, 74, 566-574 (2010).

[3] C.B. Murphy , O.Hrycyk and W.T.Gleason “ Natural zeolite: Novel uses and regeneration in wastewater treatment”, in Natural Zeolites: Occurrence, Properties, Use, Edited L.B.Sand and F.A.Mumpton. Pergammon Press, New York. ( 1978). pp .471-478.

[4] D.Kalló, “Aplication of natural zeolites in water and wastewater treatment”, in Natural Zeolites: Occurrence, Properties, Applications, Edited D.L Bish, and D.W.Ming, Reviews in Mineralogy & Geochemistry (2001), Vol 45, pp. 519-550.

[5] D.W. Ming and E.R Allen, “Use of Natural Zeolites in Agronomy, Horticulture and in Environmental Soil Remediation”, in Natural Zeolites:Occurrence,Properties Applications, Edited D.L. Bish, D.W. Ming, Mineralogical Society of America, Washinton D.C (2001), Vol. 45, pp 219-654.

[6] E. Witter, and J. Lopez-Real, “ Nitrogen losses during the composting of sewage sludge and the effectiveness of clay soil, zeolites and compost in adsorbing the volatilized ammonia”, Biological wastes, 23, 279-294 ((1988).

[7] F.A.Mumpton, “Mineralogy of Geology of Natural Zeolites” Reviews in Min.Soc.Amer,1-18 (1977).

[8] H. Marschner. “Introduction, Definitions and Classifications of Mineral Nutrients”, in Mineral Nutrition of the Higher Plants, 2nd edition Academic Press, London, (1995) p.5.

[9] J.E.Garcia, M.M Gonzales, J.S Notario, and C.D.Arbelo, “Treatment of wastewater effluent with phillipsite–rich tuff”Envion Pollut, 76, 210-223 (1992b).

[10] K. Kemmling, M.Kämper, C.Flies, O.Schieweck and M.Hoppert,“Biofilms and extracellular matrices on geomaterials”, Environ Geol, 46, 429-435 (2004).

[11] K.T.Preston and J.E. Alleman, “Co-immobilization of nitrifying bacteria and clinoptolite for enhanced control of nitrification”, in Proc 48th Indus WasteConf,. Purdue University, Indiana. 407-412. (1993).

[12] L.L.Ames, “Zeolite removal of ammonium ions from agricultural and other wastewaters” Proc. 13th Pacific northwest industrial waste conf. Pullman, Washington: Washington State University, 135- 152. (1967).

[13] L.Y. Lee, S.L. Ong, and W.J.Ng, “Biofilm morphology and nitrification activities: recovery of nitrifying biofilm particles covered with heterotrophic out growths” Bioresources Technology, 95, 209 – 214.(2004).

[14] M.J.Semmens, J.T.Wang, and A.C.Booth, “Nitrogen removal by ion-exchange biological regeneration of clinoptilolite”, J.Water PollCont Fed, 49, 2431-2444, (1977).

[15] N.F. Chelischev, N.K. Gribanova and V.L. Kryukov. in: NaturalZeolites,G.V.Tsitsishvili.,T.G.Andronikashvili.T.G.,Kirova, G.N and Edited L.D. Filizova, Ellis Horwood, London (1992), p164.

[16] P. Süsser, and U. Schwertman, “Proton buffering in mineral horizons of some acid forest soils”, Geoderma, 49, 63-76 (1991).

[17] P.J.Leggo and B. Ledésert. “Use of organo-zeolitic fertilizers to sustain plant growth and stabilize metallurgical and mine-waste sites” Mineralogical Magazine , 65, 563-570 (2001).

[18] P.J.Leggo and B.Ledésert, “The stimulation of nitrification in an organically enriched soil by zeolitic tuff and its effect on plant growing”, Annals of Agrarian Sciences , 7,9-15 (2009b).

[19] P.J.Leggo and B.Ledésert, “Organo-Zeolitic-Soil Systems: A New Approach to Plant Nurition”,in Fertilizers: Properties,Applications and Effects, Edited L.R.Elsworth and W.O.Paley. Nova Science Publishers, Inc.New York (2009a), pp.223-239.

[20] P.J.Leggo, B.Ledésert and J.Day, “Organo –zeolitic treatment of mine waste to enhance the growth of vegetation”, Eur. J. Mineral, 22, 813-822 (2010).

[21] P.J.Leggo. An investigation of plant growth in an organo-zeolitic substrate and its ecological significance”, Plant and Soil, 21, 135-146 (2000).

[22] R.MBarrer and R.M. Gibbons, “Zeolitic ammonia. Part 1 Sorbed fluid and heat oif sorption” Trans .Soc. 59, 2569-2582(1963).

[23] S, Ball, “Energy Inputs in Soil Systems”, in Biological Approaches to Sustainable Soil Systems, Edited N.Uphoff , Taylor & Francis, New York.(2006). pp. 79-89.

[24] T. Bandosz and C. Petit, “On the reactive adsorption of ammonia on activated carbon modified by impregnation with inorganic compound” Jour Colloid and Interface Science, 338, 392-345(2009).

[25] T.Andronikashvili, T.Urushadze, L EpriKashvili, M.Gamisonia, and E.Nakaidze, “Towards the Bological Activity of the Natural Zeolite ClinoptiloliteContaining Tuff” Bull Georgian National Academy of Science, 2, 99-107 (2008).

[26] Z. Hagiwara and M.Uchida “Ion-exchange reactions of processed zeolite and its application to the removal of ammonia-nitrogen in wastes”, in Natural Zeolites Occurrence, Properties and Use, Edited L.B.Sand and F.A.Mumpton. Pergammon Press, New York. (1978). pp. 463-470.