References
[1]. Jiang J and Sands J,, (2002). Odor methodology
guideline, Department of Environmental Protection, Perth,
Western Australia, pp. 1-21, ISSN 1441-1741.
[2]. Bicudo, Jose R., Sullivan, James E., (2001). Odor,
hydrogen sulfide and ammonia emissions from swine
farms in Minnesota, Chemical Abstracts, 59-Air Pollution
and Industrial Hygiene, Vol. 135, No.22, pp. 1027.
[3]. Corbitt, R.A., (1989). Standard handbook of
Environmental Engineering, 2nd Edn. McGraw-Hill Inc.,
New York, pp. 72
[4]. Cuttler C. and Ramarkar B., (1980). “Dynamic
matrix
control – A computer control algorithm”, Proceedings of
the American control conference, Sanfrancisco, CA,
paper WP5-B.
[5]. David Cooper, C. and Victor J. Godlewski, (2001).
Odour Investigation and control at a WWTP in orange
country, Florida, Environmental Progress, Vol. 20, No.3, pp
133-39.
[6]. Dechechi E.C., Martins M.I., Maciel F.R., Maugeri
F.,
(1997). Dynamic modelling and advanced predictive
control of a continuous process of enzyme purification,
Braz J. of Chem Engg., Vol.14 (4), pp.627-35.
[7]. Hammer, M., (1996). Water and waste water
technology, 3rd Edn., Prentice-Hall, Inc., Englewood Cliffs,
N.J., pp.402.
[8]. Luyben, W.L., (1989). Process modeling, simulation
and control for chemical engineers, 2nd edition,
McGraw-Hill, USA., pp. 50-57.
[9]. Panda, R.C., Rai C.L., A. B. Mandal, (2011).
Abatement of odor in leather tannery, Adv Chem Eng Sci
[10]. Porter, J.R., T.A. Doane, (1982). Odor control at a
western Michigan tannery and wastewater treatment
plant, Proc. 37 Purdue Ind. Waste Conf., pp. 163-69.
[11]. Rames C. Panda, Sobana Subramani, (2009).
Design of a PID controller from a predictive control
algorithm, Chem Proc Prod Modeling, Vol.4(1), pp.29-40.
[12]. Schmidt Randy, Regan Margie, Greene Brett,
(2001). 135:34813n, Innovative feedback control system
for chemical dosing to control treatment plant odors,
Chemical Abstracts, 59 - Air Pollution and Industrial
Hygiene, Vol. 135, No.24, pp. 1062-70.
