Kingdom of Morocco Ministry of LandUse Management, Water and the Environment

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Kingdom of MoroccoMinistry of Land-Use
Management, Water and the Environment

• The First Carbon Exhibition
• in North Africa and Middle East Region
• Djerba, 22-24 September 2004

Moroccan CDM projects Energy Efficiency projects
faouzi senhaji GERERE f.senhaji_at_iav.ac.ma
CD4CDM Project
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Moroccan CDM ProjectsEnergy Efficiency Projects

• Current 7 EE projects (/25) 1 PDD
• Portfolio 1 EE SS project (/9) 1 PIN
• OCP-Heat Recovery System (HRS) Project
  85,000 CER/yr
• ONE- Street lighting project (15,000 LCB PM
  program) 2,600 CER/yr

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OCP-HRS Project Office Chérifien des
Phosphateshttp//www.ocpgroup.ma 85,000 CER/yr
Contact p. Ms. Naima BELKOUCH
E-mailn.belkouch_at_ocpgroup.ma
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The Project title Heat Recovery enhancement at
the Jorf Lasfar phosphoric acid production plant

• Introduction of two Heat Recovery Systems in
  the process of sulfuric acid production
• The heat recovered allows for increased power
  generation
• This will result in a reduction of the global
  primary energy consumption

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Inclusion of a HRS in the process
Project summary

• Full name Heat recovery
• enhancement at Jorf Lasfar PA plant
• Location Jorf Lasfar, 25 km south of
• El Jadida
• Category Energy Efficiency
• Project proponent
• Office chérifien des Phosphates (OCP)
• PDD EcoSecurities CleanTech / Ap
• Date of operation end of 2005
• First year of CER delivery 2006
• Crediting period 2006-2015
• Expected CER 850,000

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The Jorf Lasfar plant (OCP) Technical
description of the project activity

• The phosphoric acid process uses phosphates to
  produce phosphoric acid and fertilizers
• The sulphuric acid processing facility uses a
  MONSANTO process, an exothermic process

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The Jorf Lasfar plant (OCP) Technical
description of the project activity

• Current use of the heat released from this
  process
• to produce
  steam / process
• 70 recovered
• to
  generate power
• 28 in the cooling water (Atlantic
  ocean)
• - 2 lost by radiation

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Inclusion of a HRS in the process
Project description

• Technical features
• Components to be installed two heat recovery
  systems (HRS)
• Expected production 50 t/hr additional sat.
  steam at 9.5 bars
• Additional power capacity 8 MW
• Financial issues
• Total cost of the project US 18.2 million
  (MAD 200 million)
• 15.9 installation cost,
• 2.3 development cost
• Timing
• Starting of works 2005 (1st 2nd HRS)
• Full operation of the two HRS 2006.

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OCP-HRS Project
Baseline methodology

• Methodology
• Baseline methodology for power generation from
  enhanced heat recovery following the retrofit of
  existing industrial processes (Ecosecurities)
• ACM 0002 (revised PDD)
• Approach option 48 (a) of the Marrakech
  Accords
• Demonstrate that the project is not BAU
• Determine the most likely scenario in absence of
  the project
• Determine the avoided emissions by calculating
  the Projected Operating Margin Weighted CEF of
  the national power plants
• Calculations
• Through the crediting period, the CEF moves down
  from 0.803 (2006) to 0.682 (2009) and then
  increases to 0.724 (2015)
• Over the crediting period, the expected CER are
  about 850,000

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OCP-HRS Project
Sustainable development

• Environmental benefits
• GHG emission free power generation
• Reduction of atmospheric pollutants SO2, NOx, CO
• Socio-economic benefits
• Improvement of the competitiveness
• Net benefits for the countrys economy

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2. ONE-Street lighting project (15,000 LCB
program) 2,600 CER/yr Contacts Mr. KHATAMI
Mr. TAHIRI E-mail khatami_at_one.org.matahiri_at_
one.org.ma
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ONE-Street lighting SS project
Project summary

• Full name Street lighting with LCB power
  modulators
• Location different locations
• Category 2-C , EE at the end user
• Project promoter ONE State Utility agency
• PIN approved PDD not developed yet
• Date of operation 2005
• First year of CER delivery 2006
• Crediting period 2006-2015
• Expected CER 26,000

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ONE-Street lighting project
Project description

• Technical features
• Installed capacity 3 MW (15,000 x 200 W)
• Expected saving 3 GWh / yr (200 W bulbs
  to replace 250 W bulbs)
• Components 15,000 LCB of 200 W PM
• Financial issues
• Total cost of the project US 0.5 million
• (Cost per bulb US 27.3)
• Timing
• Starting date 2005
• Crediting period 2006-2015

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ONE-Street lighting project
Baseline methodology

• Methodology
• Described in paragraph 49 of Appendix B of the
  simplified MP.
• Approach
• Displacing Electricity BAU emissions
  project emissions
• Emissions Number of devices power of device
  average
• annual operating hours emission
  coefficient (as for 1.D.) / grid loss
• Calculations
• Over the crediting period, the expected CER are
  about 150,000

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ONE-Street lighting project
Sustainable development

• Environmental benefits
• GHG emission reduction
• Socio-economic benefits
• Fossil fuel used in power generation reduced
• Promotion of socio-economic activities

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For more informations Permanent
Secretariat of CDM National CouncilClimate
Change Unit Directorate of Partnership,
Communication and Cooperation Ministry of
Land-Use Management, Water and the
Environment36 Avenue Al Abtal Rabat Morocco
Tel/Fax [phone] Tel/Fax  212 37
77 47 88 rcmdp_at_mtds.com
ucc_at_mtds.comwww.mdpmaroc.com