full2011_inter.pdf - page 102

2011 International Conference on Alternative Energy in Developing Countries and Emerging Economies
- 102 -
tehsils of Punjab state is ranging from 1-31MW per
tehsil. Calorific value and carbon content of all agro
residues are in the range of 4000 kcal/kg and 40% by
weight respectively. Moisture contents are within
limits of 10% and sulphur contents are very low. This
is the promising factor for the efficient burning of the
agro residue for the production of electricity and at
the same time open burning menace of biomass can
be stopped which produces lot of pollution in state.
R
EFERENCES
[1]
Massaquoi J.G.M., “Assessing the energy potential of
agricultural residues”, RERIC International Energy
Journal, Vol. 10, (2), pp 23-39, 1988.
[2]
Joint Director (Agricultural Census), Department of
Agriculture, Chandigarh, Govt. of Punjab. (Personnel
Communication).
[3]
http:/punjabgovt.nic.in
[4]
Punjab Government Gaz., December 8, 2006 (AFHN.
17, 1928 SAKA), part-,1 pp-906.
[5]
Jenkins B
.
M.
On the electric power potential from
paddy straw in the Punjab and optimal size of the
power generation station” Journal of Bioresource
Technology 37(1991) 35-41.
[6]
Jagtar Singh, BS Panesar, SK Sharma, “ Energy
potential through agricultural biomass using
geographical information system
A case study of
Punjab”, Biomass & Bioenergy, 2008, 32; 301
-307.
[7]
Singh ZJ, Let PSBE the trend setter, the connection,
Journal of PSEB Engineers association., 2006; Vol 2,
21-24.
[8]
Punjab state Electricity regulatory commission
notification no. 10/1006/06-STE (1)/ 5390, dated 24-
11-06.
[9]
Biomass studies carried out under NBRAP of MNES,
Government of India.
[10] Website of Punjab state power corporation limited,
named as
[11] Aggarwal
G.C. “Crop residue management on
mechanized farms in India” Journal of Energy 19
(1994) 957-960.
[12]
Baruah D.C. and Jain AK, “Distribution of agricultural
crop residues in India” Journal of Agricultural
Engineering 35 (1998) 7-12.
[13]
Jain A.K., “Energy from biomass” Journal of
Agricultural Engineering 33 (1997) 12-19.
1...,92,93,94,95,96,97,98,99,100,101 103,104,105,106,107,108,109,110,111,112,...354
Powered by FlippingBook