Kingdom of Morocco

Ministry of Land-Use Management, Water and the EnvironmentThe First Carbon Exhibition in North Africa and Middle East Region Djerba, 22-24 September 2004 Moroccan CDM projects

Energy Efficiency projectsfaouzi senhajiGEREREf.senhaji@iav.ac.maCD4CDM Project

Moroccan CDM ProjectsEnergy Efficiency Projects

Current 7 EE projects (/25) 1 PDDPortfolio 1 EE SS project (/9) 1 PIN

OCP-Heat Recovery System (HRS) Project 85,000 CER/yrONE- Street lighting project (15,000 LCB & PM program) 2,600 CER/yr

OCP-HRS Project Office Chrifien des Phosphateshttp://www.ocpgroup.ma 85,000 CER/yr Contact p.: Ms. Naima BELKOUCH E-mail:n.belkouch@ocpgroup.ma

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

Inclusion of a HRS in the process Full name : Heat recovery enhancement at Jorf Lasfar PA plantLocation : Jorf Lasfar, 25 km south of El JadidaCategory : Energy EfficiencyProject proponent : Office chrifien des Phosphates (OCP)PDD : EcoSecurities CleanTech / ApDate of operation : end of 2005First year of CER delivery : 2006Crediting period : 2006-2015Expected CER : 850,000Project summary

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

The Jorf Lasfar plant (OCP) Technical description of the project activity Current use of the heat released from this process:

to produce steam / process70% recovered& to generate power

28% in the cooling water (Atlantic ocean) - 2% lost by radiation

Inclusion of a HRS in the process 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 MWFinancial issues :Total cost of the project : US $ 18.2 million (MAD 200 million) 15.9 installation cost, 2.3 development costTiming :Starting of works : 2005 (1st & 2nd HRS)Full operation of the two HRS : 2006.Project description

OCP-HRS Project

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 BAUDetermine the most likely scenario in absence of the projectDetermine the avoided emissions by calculating the Projected Operating Margin: Weighted CEF of the national power plantsCalculations :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 850,000Baseline methodology

OCP-HRS Project

Environmental benefits :GHG emission free power generationReduction of atmospheric pollutants SO2, NOx, COSocio-economic benefits :Improvement of the competitivenessNet benefits for the countrys economySustainable development

2. ONE-Street lighting project (15,000 LCB program)

2,600 CER/yr Contacts : Mr. KHATAMI & Mr. TAHIRI E-mail : khatami@one.org.matahiri@one.org.ma

ONE-Street lighting SS projectFull name : Street lighting with LCB & power modulatorsLocation : different locationsCategory : 2-C , EE at the end userProject promoter : ONE State Utility agencyPIN approved PDD not developed yetDate of operation : 2005First year of CER delivery : 2006Crediting period : 2006-2015Expected CER : 26,000Project summary

ONE-Street lighting projectTechnical 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 & PMFinancial issues :Total cost of the project : US $ 0.5 million (Cost per bulb: US $ 27.3)Timing :Starting date : 2005 Crediting period : 2006-2015Project description

ONE-Street lighting projectMethodology :Described in paragraph 49 of Appendix B of the simplified M&P.Approach : Displacing Electricity : BAU emissions project emissionsEmissions: 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 150,000Baseline methodology

ONE-Street lighting projectEnvironmental benefits : GHG emission reductionSocio-economic benefits :Fossil fuel used in power generation reducedPromotion of socio-economic activities Sustainable development

For more informations :

Permanent Secretariat of CDM National Council

Climate Change Unit

Directorate of Partnership, Communication and Cooperation

Ministry of Land-Use Management, Water and the Environment

36 Avenue Al Abtal Rabat Morocco

Tel/Fax : +212 37 68 17 59 Tel/Fax: +212 37 77 47 88 rcmdp@mtds.com ucc@mtds.com

www.mdpmaroc.com