An assessment of the Clean Development Mechanism (CDM) potential in Pakistan’s Industrial sugar sector
Abstract
Sugar product is an important industry in Pakistan and contributes 1.9% to the GDP. However, the sugar industry is emitting a number of gaseous pollutants through inefficient burning of bagasse and polluting the environment with the release of high wastewater amount. To mitigate this problem in such industries, the Clean Development Mechanism (CDM) is introduced
by which highly renewable energy efficient technologies are employed. This study was conducted to find out the potential of the CDM in the industrial sugar sector of Pakistan. Two models of bagasse and biogas utilization in sugar industry were used to estimate electricity generation and carbon reduction. The results show that the sugar industry of Pakistan had the potential of 2,033MW of electricity production and 232,5968t CO2 eq of Certified Emission Reduction (CER) annually. Certification processes were the major barriers in the implementation of the CDM in the sugar industry.
References
Afroz, R., Hassan, N. M. & Ibrahim, A. N. (2003).
Review of air pollution and health impacts in Malaysia,
Environmental Research92(2): 71-77.
Al-Senafy, M., Fadlelmawla, A., Al-Khalid, A., Al-Fahad,
K., Bhandary, H. & Al-Haddad, A. (2011). An application
of ecological risk assessment principles to identify and
prioritize groundwater pollution sources at a petrochemical
factory in Kuwait. Kuwait Journal of Science, 38(1): 173-
CDM-PDD. (2006). Clean Development Mechanism
Project Design Document Form, Almoiz Bagasse
Cogeneration Project.
CDM-SSC-PDD. (2006). Clean Development Mechanism
Project Design Document Form, Biogas-based Cogeneration
Project at Shakarganj Mills Ltd., Jhang, Pakistan.
Dechezlepretre, A., Glachant, M.& Meniere, Y. (2008).
The Clean Development Mechanism and the international
diffusion of technologies: An empirical study. Journal of the
Energy Policy, 36, 1273-1283.
DOE. (2011). UNEP isø Centre, CDM Pipeline Overview.
http://www.cdmpipeline.org/ publications/CDMpipeline.
xlsS.
Duic, N., Alves, L. M., Chen, F. M., & Carvalho G. M. (2003).
Potential of Kyoto Protocol aClean Development Mechanism in
transfer of clean energy technologies to small island developing
states: Case study of Cape Verde. Journal of the Renewable and
Sustainable Energy Reviews, 7:83-98.
Hultman, E.N. Pulver, S., Guimarães, L., Deshmukh, R.&
Kane, J. (2010). Carbon market risks and rewards: Firm
perceptions of CDM investment decisions in Brazil and India.
Journal of the Energy Policy, 40: 90-102.
Kokkaew. N.& Sampim.T. (2014). Improving economic
assessments of clean development mechanism projects using
real options. Energy Procedia, 52: 449 -458.
Mohammad, H.A., Shatanawi, K. & Odeh, T. (2016).A
modified modeling of potentiality and vulnerability of the
groundwater resources in Amman Zarqa Basin, Jordan. Kuwait
Journal of Science,43(1): 208-221.
McNish, T., Jacobson, A., Kammen, D., Gopal, A.&
Deshmukh, R. (2009). Sweet carbon: An analysis of
sugar industry carbon market opportunities under the clean
development mechanism. Journal of the Energy Policy, 37:
–5468.
NEEDS. (2014). Needs National Economic & Environmental
Development Study.UNFCCC.
NOS. (2006).National Operational Strategy. Clean Development
Mechanism: Government of Pakistan, Ministry of Environment.
Omar, S., Grealish, G. & Roy,W. (2006).Types and extent
of soil contamination in greater Al-Burqan oil field, Kuwait.
Kuwait Journal of Science & Engineering,33(2): 89-99.