|  |
| --- |
| MON |
| Title of the project activity |
| UNFCCC reference number of the project activity |
| Version number of the monitoring report |
| Completion date of the monitoring report |
| Monitoring period number and duration of this monitoring period |
| Project participant(s) |
| Host Party |
| Sectoral scope(s) |
| Selected methodology(ies) |
| Selected standardized baseline(s) |
| Estimated amount of GHG emission reductions or net GHG removals by sinks for this monitoring period in the registered PDD |
| Total amount of GHG emission reductions or net GHG removals by sinks achieved in this monitoring period |

| Monitoring report form(Version 05.1) |  |  |
| --- | --- | --- |
|  |  |  |
| MOTORING REPORT |  |  |
| Afam Combined Cycle Gas Turbine Power Project |  |  |
| 5645 |  |  |
| 01 |  |  |
| 17/02/2017 |  |  |
| Monitoring Period No.21/11/2013-31/12/2015 |  |  |
| The Shell Petroleum Development Company of Nigeria Limited (SPDC).SPDC is a joint venture between:Nigerian National Petroleum Corporation(NNPC)55%Shell Nigeria(a subsidiary of Royal Dutch/Shell plc)30%Elf Petroleum Nigeria Limited(EPNL,a subsidiary of TOTAL S A)10%Agip(a subsidiary of ENI SpA)5% |  |  |
| Federal Republic of Nigeria |  |  |
| 01:Energy Industries(renewable/non-renewable sources) |  |  |
| AM0029:“Baseline Methodology for Grid Connected Electricity Generation Plants using Natural Gas”(version 03) |  |  |
| Not applicable |  |  |
| 1,192,425tCO2e |  |  |
| GHG emission reductions or net GHG removals by sinks reported up to 31 December 2012 | GHG emission reductions or net GHG removals by sinks reported from 1 January 2013 onwards |  |
| - | 904,944 tCO2e |  |

* * *

SECTION A. Description of project activity

A.1. Purpose and general description of project activity

The purpose of the project activity is the built 650 MW grid-connected combined-cycle gas turbine
(CCGT) fuelled by natural gas which reduces greenhouse gas emissions because the CO2
volumes emitted for each unit of electricity generated by the CCGT plant are lower than the
quantity of CO2 emissions that would otherwise be emitted by generating the same quantity of
electricity from the baseline OCGT plant.

The project activity (construction of a CCGT plant), while the fuel is the same (natural gas) as the
OCGT plant, the emission reduction arises from the greatly improved thermal efficiency.

Installed technology and equipment:
The installed technology) includes: 3 X 150MW Alstom 13E2 gas turbines (commissioned in

The installed technology) includes: 3 X 150MW Alstom 13E2 gas turbines (commissioned in
22/07/2009) and 1 X 200MW steam turbine (commissioned in 04/07/2010) with a heat recovery
system. The technology is of an international standard and installed with dry low NOX combustion
equipment.

Table 1: Make, Type and Serial Numbers of all the major components of the Project Activity
S/N Meter Description Make Type Serial No.

| S/N | Meter Description | Make | Type | Serial No. |
| --- | --- | --- | --- | --- |
| 1 | Ultrasonic Gas Flow Meter(FCi,y) | Elster-Instromet | 2000 | (FM 11)-0B73(3433)(FM 12)-444C(3432) |
|  | Gas Turbine Flow Meters | Elster-Instromet | SM-RI-X-KG1600-200-44,6-K-120 | (GT11)-10506153-2006(Old)(GT11)-10506156-2006(Installed03/2015)(GT12)-10506156-2006(Old)(GT12)-10509681-2007(Installed03/2014)(GT13)-10506157-2006 |
| 2 | Gas Turbine GT11 | Alstom | GT13E2 | G00301 |
| 3 | Gas Turbine GT12 | Alstom | GT13E2 | G00304 |
| 4 | Gas Turbine GT13 | Alstom | GT13E2 | G00305 |
| 5 | Steam Turbine | Alstom | DK2-2N33G | GM002506 |
| 6 | Gas Turbine Generator(GT11) | Alstom | 50WY21Z-092 | HM301456 |
| 7 | Gas Turbine Generator(GT12) | Alstom | 50WY21Z-092 | HM301462 |
| 8 | Gas Turbine Generator(GT13) | Alstom | 50WY21Z-092 | HM301465 |
| 9 | Steam Turbine Generator | Alstom | 50WY232-109 | GM224506 |

\\underline{{(\\mathsf{F C}\_{\\dagger,y})}}

Version 05.1

* * *

Relevant dates for the project activity since CDM registration:

Table 2: Key events since CDM registration
Activities

| Date(s) | Activities |
| --- | --- |
| 09/12/2005 | Start date of the project activity |
| 22/07/2009 | Commission of the Gas Turbines(GT11,GT12 and GT13) units |
| 04/07/2010 | Commission of the Combined Cycle mode |
| 29/10/2012 | Registration of the project activity under the CDM by the UNFCCC Secretariat |
| 01/11/2012 | Starting date for crediting |
| 1/11/2012-31/10/2013 | $1^{\\mathrm{st}}$ Monitoring Period |
| 1/11/2013-31/12/2015 | $2^{\\mathrm{nd}}$ Monitoring Period(this monitoring period) |

\\overline{{^{\\mathrm{}{s t}}}}

\\overline{{2^{\\mathrm{n d}}}}

Total emission reduction achieved in this monitoring period
The current monitoring period is the second monitoring period of the project that covers 01/11/2013

Total emission reduction achieved in this monitoring period
The current monitoring period is the second monitoring period of the project that covers 01/11/2013
to 31/12/2015. In this monitoring period, the project achieved a total emission reductions of
904,944 tCO2e tCO2e.

A.2. Location of project activity

Host Party
The Host Party is the Federal Republic of Nigeria.

The Host Party is the Federal Republic of Nigeria.

The project is located in Oyigbo Local Government Area (LGA) of Rivers State.

City/Town/Community, etc.
The power plant is built in Afam area of the community

The power plant is built in Afam area of the community

The project is approximately 30 km northeast of Port Harcourt, the capital of Rivers State, and lies
roughly between 7.2545 E, 4.8480 N and 7.2600 E, 4.8525 N decimal degrees respectively.

* * *

A.3. Parties and project participant(s)

| Party involved ((host) indicates a host Party) | Private and/or public entity(ies) project participants (as applicable) | Indicate whether the Party involved wishes to be considered as project participant (yes/no) |
| --- | --- | --- |
| Federal Republic of Nigeria (host) | The Shell Petroleum Development Company of Nigeria Limited (SPDC). |  |
| SPDC is a joint venture between: |  |  |
| · Nigerian National Petroleum Corporation(NNPC)55% |  |  |
| · Shell Nigeria(a subsidiary of Royal Dutch/ Shell plc)30% |  |  |
| · Elf Petroleum Nigeria Limited(EPNL,a subsidiary of TOTAL S A)10% |  |  |
| · Agip(a subsidiary of ENI SpA)5% | No |  |

A.4. Reference of applied methodology and standardized baseline

Approved methodology:
The methodology applied for this project activity is AM0029 “Baseline Methodology for Grid

The methodology applied for this project activity is AM0029 “Baseline Methodology for Grid
Connected Electricity Generation Plants using Natural Gas” (Version 03).

Tools:
As per the applied methodology, the following specific tools have been applied:

As per the applied methodology, the following specific tools have been applied:
• Tool to calculate the emission factor for an electricity system (version 5.0)

• Tool to calculate the emission factor for an electricity system (version 5.0)
• Tool for the demonstration and assessment of additionality (version 7.0)

• Tool for the demonstration and assessment of additionality (version 7.0)

A.5. Crediting period of project activity

Crediting Period: 01/11/2012 – 31/10/2022
Length of crediting period: The crediting period is fixed type at ten years (120 months) from the

Length of crediting period: The crediting period is fixed type at ten years (120 months) from the
beginning of project operations
Start date: 01/11/2012

Paul Parks
Carbon-Limits Nigeria, Ltd.
Plot 13/14, Ligali Ayorinde Street

A.6. Contact information of responsible persons/entities

While Carbon-Limits Nigeria is responsible for the completion of the MR form, it is not a project
participant for the project activity.

Nigeria
Telephone number: + (234) 1 279 8969

The contact information of responsible persons/entities is:

* * *

SECTION B.

Implementation of project activity

B.1. Description of implemented registered project activity

Description of the installed technology, technical processes and equipment:
The combustor is fired with natural gas and produces hot, high pressure, low NOx gases, which
expand in the gas turbine. The gas turbine drives the generators, the thermal energy contained in
the high temperature exit gases of the gas turbine is recovered in the heat recovery steam
generator (HRSG), which is designed to maximize the heat recovery of gases and allows a
minimum stack temperature of the exhaust gases. The steam generated from the HRSG is
introduced in the steam turbine and then expands to drive the generator.

Figure 1: Afam VI Facility Schematic Design also showing the monitoring points

Implementation Status of the Project Activity
The CDM project activity was fully commissioned into the combined cycle mode on 04/07/2010 and
the CDM monitoring commenced on 01/11/2012 (See Table 2 for a more comprehensive overview
of relevant dates since CDM registration). All operations are at one single site and within an
integrated physical facility.

Operational status during the monitoring period in consideration

* * *

Table 3: Events during the Monitoring Period

| No | Event # | Date / Time event started | Date / Time event finished (First GT synchronized) | Event duration (hrs) | Reason |
| --- | --- | --- | --- | --- | --- |
| 1 | ER 109/2013 | 09/11/13-6:50 | 15/11/13-14:53 | 152.03 | Afam VI plant shutdown due to Statutory Inspection(Pressure vessels and Safety relief valves). |
| 2 | ER 110/2013 | 15/11/13-14:53 | 15/11/13-21:33 | 6.67 | Grid failure |
| 3 | ER 111/2013 | 24/11/13-17:09 | 24/11/13-21:23 | 4.23 | Grid failure |
| 4 | ER 112/2013 | 25/11/13-1:44 | 25/11/13-10:31 | 8.78 | Grid failure |
| 5 | ER 114/2013 | 29/11/13-12:20 | 29/11/13-16:23 | 4.05 | Grid failure |
| 6 | ER 119/2013 | 02/12/13-12:54 | 02/12/13-14:20 | 1.43 | Grid failure |
| 7 | ER 123/2013 | 21/12/13-8:05 | 21/12/13-12:29 | 4.60 | AFAM VI off the grid due to TCN planned outage work on Alaoji/Onitsha T4A transmission line |
| 8 | ER 124/2013 | 29/12/13-13:41 | 29/12/13-14:39 | 0.97 | Grid failure |
| 9 | ER 125/2013 | 31/12/13-14:43 | 31/12/13-16:24 | 1.68 | Grid failure |
| 10 | ER 07/2014 | 28/01/14-6:17 | 28/01/14-8:54 | 2.62 | Grid failure |
| 11 | ER 08/2014 | 29/01/14-18:24 | 29/01/14-20:33 | 2.15 | Grid failure |
| 12 | ER 09/2014 | 30/01/14-0:24 | 30/01/14-3:09 | 2.75 | Grid failure |
| 13 | ER 10/2014 | 30/01/14-7:37 | 30/01/14-10:08 | 2.52 | Grid failure |
| 14 | ER 16/2014 | 22/02/14-14:46 | 22/02/14-17:53 | 3.12 | Grid failure |
| 15 | ER 17/2014 | 27/02/14-18:57 | 27/02/14-20:14 | 1.28 | Grid failure |
| 16 | ER 20/2014 | 01/03/14-23:48 | 02/03/14-3:11 | 3.38 | Grid failure |
| 17 | ER 29/2014 | 02/04/14-16:29 | 03/04/14-13:13 | 20.73 | Okoloma Gas Plant (OGP) gas supply low pressure |
| 18 | ER 30/2014 | 06/04/14-12:45 | 07/04/14-8:12 | 19.45 | OGP gas supply low pressure |
| 19 | ER 31/2015 | 09/04/14-11:43 | 09/04/14-13:40 | 1.95 | Grid failure |
| 20 | ER 32/2015 | 09/04/14-16:06 | 09/04/14-19:48 | 3.70 | Grid failure |
| 21 | ER 36/2015 | 13/04/14-8:33 | 13/04/14-17:30 | 8.95 | Grid failure |

Version 05.1

* * *

CDM-MR-FORM

| 22 | ER 42/2015 | 02/05/14-14:40 | 02/05/14-23:38 | 8.97 | OGP gas supply low pressure |
| --- | --- | --- | --- | --- | --- |
| 23 | ER 44/2015 | 03/05/14-10:46 | 03/05/14-21:02 | 10.27 | National Control Center(NCC)request Afam to shut down toenable work on Afam-Alaoji lines |
| 24 | ER 47/2015 | 27/05/14-6:45 | 27/05/14-8:00 | 1.25 | Grid failure |
| 25 | ER 48/2015 | 29/05/14-18:16 | 29/05/14-21:15 | 2.98 | Grid failure |
| 26 | ER 51/2015 | 06/06/14-12:30 | 06/06/14-13:39 | 1.15 | Grid failure |
| 27 | ER 55/2015 | 19/06/14-14:27 | 19/06/14-20:30 | 6.05 | Grid failure |
| 28 | ER 56/2015 | 19/06/14-20:30 | 20/06/14-16:30 | 20.10 | Afam VI shut down due toMain Fire Protection SystemAlarm Panel faulty |
| 29 | ER 57/2015 | 22/06/14-5:40 | 22/06/14-8:27 | 2.78 | Grid failure |
| 30 | ER 60/2015 | 30/06/14-10:47 | 30/06/14-12:45 | 1.97 | Grid failure |
| 31 | ER 65/2015 | 17/07/14-0:59 | 17/07/14-2.00 | 1.02 | Grid failure |
| 32 | ER 67/2015 | 18/07/14-19:53 | 18/07/14-23:19 | 3.43 | Grid failure |
| 33 | ER 73/2015 | 21/07/14-11.04 | 21/07/14-23.38 | 12.57 | Grid failure |
| 34 | ER 75/2014 | 22/07/14-12:23 | 22/07/14-17:53 | 5.50 | Afam VI is out of the grid asrequested by NCC due toOnitsha/Benin 330KV linemaintenance |
| 35 | ER 76/2014 | 23/07/14-11:16 | 05/08/14-13:49 | 314.55 | OGP planned shutdown |
| 36 | ER 83/2014 | 09/08/14-14:37 | 09/08/14-16:05 | 1.47 | Grid failure |
| 37 | ER 85/2014 | 11/08/14-9:57 | 11/08/14-19:47 | 9.83 | Grid failure |
| 38 | ER 87/2014 | 23/08/14-12:27 | 23/08/14-13:26 | 0.98 | Grid failure |
| 39 | ER 88/2014 | 25/08/14-11:33 | 25/08/14-20:10 | 8.62 | OGP gas supply low pressure |
| 40 | ER 89/2014 | 28/08/14-12:20 | 28/08/14-16:05 | 3.75 | Grid failure |
| 41 | ER 97/2014 | 13/09/14-10:01 | 13/09/14-19:02 | 9.07 | Grid outage for maintenancework at Alaoji line |
| 42 | ER 98/2014 | 13/09/14-19:07 | 13/09/14-20:22 | 1.25 | GT11 tripped onGenProtection PLST(Due to gridvoltage disturbance) |
| 43 | ER 96/2014 | 18/09/14-14:14 | 18/09/14-15:52 | 1.63 | OGP gas supply restriction |
| 44 | ER 99/2014 | 19/09/14-14:10 | 21/09/14-15:30 | 49.33 | OGP gas supply restriction |
| 45 | ER 100/2014 | 23/09/14-6:14 | 23/09/14-8:01 | 1.78 | Grid failure |

Version 05.1

* * *

CDM-MR-FORM

| 46 | ER 109/2014 | 03/10/14-13:20 | 03/10/14-15:35 | 2.25 | Grid failure |
| --- | --- | --- | --- | --- | --- |
| 47 | ER 117/2014 | 16/10/14-13:37 | 16/10/14-16:25 | 2.80 | Grid failure |
| 48 | ER 133/2014 | 08/11/14-11:03 | 08/11/14-18:40 | 7.62 | NCC had planned maintenance work on Alaoji/Afam line on T4A 330KV |
| 49 | ER 131/2014 | 13/11/14-22:50 | 15/11/14-22:07 | 47.28 | OGP gas supply restriction |
| 50 | ER 135/2014 | 21/11/14-13:30 | 21/11/14-14:45 | 1.25 | Grid failures(2) |
| 51 | 21/11/14-13:30 | 21/11/14-18:10 | 2.43 |  |  |
| 52 | ER 140/2014 | 08/12/14-12:03 | 08/12/14-17:27 | 5.40 | NCC informed maintenance on Alaoji / Ikot Ekpene line |
| 53 | ER 141/2014 | 10/12/14-8:32 | 10/12/14-18:06 | 9.57 | NCC informed maintenance on Alaoji / Ikot Ekpene line |
| 54 | ER 143/2014 | 11/12/14-10:00 | 11/12/14-18:10 | 8.17 | NCC informed maintenance on Alaoji / Ikot Ekpene line |
| 55 | ER 144/2014 | 12/12/14-10:22 | 12/12/14-19:59 | 7.62 | NCC informed maintenance on Alaoji / Ikot Ekpene line |
| 56 | ER 145/2014 | 13/12/14-8:12 | 13/12/14-19:43 | 11.52 | NCC informed maintenance on Alaoji / Ikot Ekpene line |
| 57 | ER 146/2014 | 14/12/14-9:03 | 14/12/14-18:48 | 9.75 | NCC informed maintenance on Alaoji / Ikot Ekpene line |
| 58 | ER 131/2014 | 14/12/14-22:18 | 14/12/14-23:26 | 1.13 | OGP gas supply restriction and low gas pressure |
| 59 | ER 147/2014 | 15/12/14-9:11 | 15/12/14-18:37 | 9.43 | NCC informed maintenance on Alaoji / Ikot Ekpene line |
| 60 | ER 04/2015 | 06/01/15-6:17 | 06/01/15-21:11 | 14.90 | OGP gas supply low pressure |
| 61 | ER 06/2015 | 11/01/15-14:25 | 11/01/15-19:06 | 4.68 | Grid failure |
| 62 | ER 11/2015 | 27/01/15-11:59 | 27/01/15-13:30 | 1.31 | NCC req Afam VI shut down due to grid maintenance |
| 63 | ER 13/2015 | 27/01/15-13:50 | 27/01/15-19:38 | 5.80 | Grid failure |
| 64 | ER 14/2015 | 27/01/15-19:44 | 27/01/15-22:24 | 2.67 | OGP gas supply restriction |
| 65 | ER 15/2015 | 28/01/15-10:05 | 28/01/15-19:08 | 9.05 | NCC informed maintenance on Alaoji / Ikot Ekpene line |
| 66 | ER 16/2015 | 29/01/15-9:24 | 29/01/15-20:46 | 11.37 | NCC informed maintenance on Alaoji / Ikot Ekpene line |
| 67 | ER 17/2015 | 30/01/15-9:23 | 30/01/15-20:06 | 10.72 | NCC informed maintenance on Alaoji / Ikot Ekpene line |
| 68 | ER 18/2015 | 31/01/15-15:05 | 31/01/15-16:32 | 1.45 | Grid failure |

Version 05.1

* * *

CDM-MR-FORM

| 69 | ER 21/2015 | 01/02/15-7:11 | 01/02/15-11:58 | 4.78 | OGP fire alarm activated |
| --- | --- | --- | --- | --- | --- |
| 70 | ER 22/2015 | 01/02/15-12:34 | 01/02/15-16:29 | 3.92 | Afam VI NGS reducing valve line 2 problem |
| 71 | ER 25/2015 | 02/02/15-12:06 | 02/02/15-14:02 | 1.93 | Grid failure |
| 72 | ER 27/2015 | 03/02/15-21:03 | 03/02/15-22:56 | 1.88 | Grid failure |
| 73 | ER 26/2015 | 06/02/15-13:56 | 06/02/15-16:11 | 2.28 | Grid failure |
| 74 | ER 38/2015 | 11/03/15-17:33 | 11/03/15-22:05 | 4.53 | Grid failure |
| 75 | ER 39/2015 | 14/03/15-10:40 | 14/03/15-11:39 | 0.98 | Grid failure |
| 76 | ER 40/2015 | 17/03/15-16:09 | 17/03/15-17:27 | 1.30 | Grid failure |
| 77 | ER 44/2015 | 23/03/15-15:27 | 23/03/15-18:34 | 3.12 | TCN requested Afam VI to de-load to off-grid due to emergency at Alaoji |
| 78 | ER 58/2015 | 07/05/15-12:58 | 07/05/15-17:23 | 5.42 | Grid failure |
| 79 | ER 59/2015 | 07/05/15-17:23 | 08/05/15-11:16 | 17.88 | Afam VI NGS reducing line 2 PCV air regulator problem. |
| 80 | ER 63/2015 | 10/05/15-15:59 | 10/05/15-18:27 | 2.47 | Grid failure |
| 81 | ER 69/2015 | 15/05/15-11:29 | 15/05/15-17:05 | 5.36 | Grid failure |
| 82 | ER 74/2015 | 18/05/15-19:45 | 18/05/15-22:40 | 2.92 | Grid failure |
| 83 | ER 79/2015 | 24/05/15-16:04 | 26/05/15-2:29 | 34.42 | Grid failure |
| 84 | ER 81/2015 | 26/05/15-10:21 | 26/05/15-13:48 | 3.45 | Grid failure |
| 85 | ER 90/2015 | 04/06/15-9:51 | 04/06/15-15:23 | 5.53 | OGP gas supply low pressure |
| 86 | ER 92/2015 | 06/06/15-6:08 | 06/06/15-11:28 | 5.33 | Grid failure |
| 87 | ER 94/2015 | 07/06/15-3:08 | 07/06/15-14:48 | 11.67 | Grid failure |
| 88 | ER 97/2015 | 12/06/15-3:12 | 12/06/15-16:01 | 12.82 | Grid failure |
| 89 | ER 104/2015 | 23/06/15-12:39 | 23/06/15-14:28 | 1.49 | Grid failure |
| 90 | ER 110/2015 | 01/07/15-13:53 | 01/07/15-16:52 | 2.98 | Grid failure |
| 91 | ER 115/2015 | 08/07/15-12:56 | 08/07/15-13:59 | 1.05 | Grid failure |
| 92 | ER 124/2015 | 25/07/15-16:37 | 25/07/15-18:18 | 1.68 | GT12/GT13 tripped on Gen. Diff. Prot. as a result of HVCB (00ADB60GS200/300 & 00ADA60GS200 closed by TCN |

* * *

CDM-MR-FORM

| 93 | ER 131/2015 | 04/08/15-15:04 | 04/08/15-16:58 | 1.90 | Grid failure |
| --- | --- | --- | --- | --- | --- |
| 94 | ER 134/2015 | 21/08/15-16:47 | 21/08/15-21:44 | 4.95 | OGP gas supply low pressure |
| 95 | ER 145/2015 | 11/09/15-15:26&11/09/15-16:30 | 11/09/15-16:21&&11/09/15-17:39 | 2.07 | Grid failure |
| 96 | ER 150/2015 | 21/09/15-17:49 | 21/09/15-18:48 | 0.98 | Grid failure |
| 97 | ER 151/2015 | 22/09/15-14:16 | 22/09/15-15:30 | 1.23 | Grid failure |
| 98 | ER 153/2015 | 26/09/15-13:10 | 26/09/15-18:55 | 5.75 | NCC maintenance work onT4A circuit line cut atOnitsha/Alaoji end. |
| 99 | ER 158/2015 | 13/10/15-0:33 | 13/10/15-1:42 | 1.15 | Grid failure |
| 100 | ER 159/2015 | 20/10/15-18:44 | 20/10/15-23:14 | 4.50 | Grid failure |
| 101 | ER 167/2015 | 01/11/15-12:09 | 01/11/15-15:14 | 3.08 | NCC work onT4A circuit lineat Onitsha end. |
| 102 | ER 168/2015 | 04/11/15-8:33 | 05/11/15-0:14 | 15.68 | OGP shut down forESD system test and maintenancecombined with Afam ESDsystem test. |
| 103 | ER 169/2015 | 18/11/15-13:32 | 18/11/15-17:09 | 3.62 | Grid failure |
| 104 | ER 170/2015 | 23/11/15-15:33 | 23/11/15-17:20 | 1.78 | BBA-BBB change over failed |
| 105 | ER 179/2015 | 01/12/15-10.33 | 01/12/15-11:10 | 0.37 | Grid failure |
| 106 | ER 180/2015 | 04/12/15-1:44 | 04/12/15-3:11 | 1.45 | OGP gas supply low pressure |
| 107 | ER 171/2015 | 13/12/15-9:49 | 31/12/15-24:00 | 446.18 | OGP gas supply restriction |

Please note that National Control Centre (NCC) is a facility located at Oshogbo, Osun state and owned by
the Transmission Company of Nigeria (TCN).

No corrections to project information or parameters fixed at validation have been submitted with
this monitoring report

B.2. Post-registration changes

B.2.1. Temporary deviations from registered monitoring plan, applied methodology or
applied standardized baseline

B.2.3. Changes to start date of crediting period

No temporary deviation from the registered monitoring plan or applied methodology.

No changes to the start date of the crediting period.

* * *

**CDM-MR-FORM**

## B.2.4. Inclusion of a monitoring plan to the registered PDD that was not included at

**registration** No inclusion of a monitoring plan to the registered PDD that was not included at registration.

## B.2.5. Permanent changes from registered monitoring plan, applied methodology or

## applied standardized baseline

## No changes are requested.

## B.2.6. Changes to project design of registered project activity

No changes to project design of registered project activity have been approved during this monitoring period.

## B.2.7. Types of changes specific to afforestation or reforestation project activity

Not Applicable

## SECTION C. Description of monitoring system

The monitoring plan applied for the CDM project activity is as described in Section B.7 and Annex 4 of the registered PDD, as available on the UNFCCC website. As part of the CDM monitoring preparations, the monitoring procedures presented in the PDD have been developed in more detail to reflect the physical infrastructure installed – however, all the monitoring points’ variables are similar to that in the PDD. Monitoring procedures are maintained in the SPDC Plant Procedures manual which is updated periodically and maintained at the site.

## Version 05.1 Page 11 of 26

* * *

**CDM-MR-FORM**

## Schematic of the CDM monitoring points

_**Bus-bar to grid**_ _**Electricity out**_

Pump

Condenser

**HRSGs** Main GT Exhausts **Legend** Electricity Monitoring Point Gas supplier Metering Gas Monitoring Point Station Gas Chromatograph for fuel analysis

## Parameters monitored:

The monitoring methodology requires the following parameters to be monitored during the crediting period:

For project emissions:

1. Annual fuel(s) consumption in project activity;
2. Net Calorific Value(s) of the fuel used in the project activity;
3. Fuel emission factors for fuel used in the project activity. Baseline emissions will be monitored as per the “Tool to calculate emission factor for an electricity system”, as applicable. Therefore, according to Option 3 used in the choice of baseline emissions factor, EF _BL_, parameters EG _PJ,y_ is monitored while COEF _BL_ is fixed ex-ante.

## Organizational structure and CDM specific responsibilities

The figure below illustrates the key roles and responsibilities during the monitoring period in consideration.

## Version 05.1 Page 12 of 26

* * *

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\[Image: Image58\]

\[Image: Image58\]

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\[Image: Image58\]

The key roles and CDM related responsibilities of staff at the Afam VI power plant are the
following:

a) Collection of data, QA, reporting and storage of all primary data
b) Periodic maintenance, inspection and calibration of all measurement equipment, including

a) Collection of data, QA, reporting and storage of all primary data
b) Periodic maintenance, inspection and calibration of all measurement equipment, including
control of meter accuracy and software configurations (e.g. flow computers)

In essence, the key CDM roles of each of three organizational units are:

• Gas Volumes: Responsible for all primary monitoring data related to volumes and assuring
that all equipment is maintained within the criteria in the PDD monitoring plan and the
procedure’s manual.

• Gas Composition: Ensuring gas compositions comply with the standards required by the

• Electricity Generated: Responsible for all primary monitoring data related to electricity
generation and assuring that all equipment is maintained within the criteria in the PDD
monitoring plan and the procedure’s manual.

Version 05.1

* * *

CDM-MR-FORM
gas plant administration building in the office of the CDM Focal Point. The information is kept in

gas plant administration building in the office of the CDM Focal Point. The information is kept in
structured folders and includes: procedures, manuals and standards for the meters, certifications,
and other relevant information. This serves as the documental control point.

SECTION D. Data and parameters

D.1. Data and parameters fixed ex ante or at renewal of crediting period

| Data/parameter: | OXIDf |
| --- | --- |
| Unit | - |
| Description | Oxidation factor of natural gas used in the calculation of project emission |
| Source of data | 2006 IPCC Guidelines for National Greenhouse Gas Inventories default factor for stationary combustion sources. |
| Value(s) applied | 1 |
| Choice of data or measurement methods and procedures |  |
| Purpose of data | Used for calculating CO2 emission coefficient for PE |
| Additional comments | None |

| Data/parameter: | EFBLCO2,y |
| --- | --- |
| Unit | tCO2/MWh |
| Description | Baseline CO2 emissions factor |
| Source of data | Calculated based on the fuel coefficient and the energy efficiency of the technology, as estimated in the baseline scenario analysis. |
| Value(s) applied | 0.511(see section B.6.1 of the registered PDD) |
| Choice of data or measurement methods and procedures | Calculated data based on the “Tool to calculate the emission factor for an electricity system” |
| Purpose of data | Calculation of baseline emissions. |
| Additional comments | None |

D.2. Data and parameters monitored

| Data/parameter: | FCf1,y |
| --- | --- |
| Unit | m3 |
| Description | Annual quantity of fuel (natural gas) consumed in project activity |
| Measured/calculated/default | Continuous metering of gas supply both at supplier (Okoloma gas plant) and project end for cross verification and measured in standard cubic meters(m3) |
| Source of data | Fuel(natural gas)flow meter reading at Afam plan gas reception facilities. |
| Value(s) of monitored parameter | 1,465,085,452 |

m^{3}

* * *

|  | Stream I-D | RF |
| --- | --- | --- |
| Data/Parameter | FCf1,y |  |
| Make | Elster-Instromet |  |
| Type | 2000 |  |
| Serial No. | (FM 11)-0B73(3433)(FM 12)-444C(3432) |  |
| Accuracy Class | Accuracy for Digital measurementUnder Normal Condition0.1%Under Temp.Range(-10C to+30C)0.2%Accuracy for Analogue MeasurementMaximum error0.15% |  |
| Calibration Frequency | Annually |  |
| Measuring/reading/recording frequency: |  | Continuous |
| Calculation method(if applicable): |  | Not applicable |
| QA/QC procedures: |  | Natural gas supply metering(Elster Instromet 2000)to the project will be subject to regular(in accordance with stipulation of the meter supplier) maintenance and testing to ensure accuracy.Calibration is to be carried out annually(the manufacturers' specification for calibration is 12 years).During this monitoring period,the calibration for this flow meter was delayed hence,in line with VVS(version 09)pp 395,the value obtained(1,465,085,452m3)is adjusted by2%to1,494,387,161m3This meter reading is compared to the sum of the three gas meters to the turbines(FCf1,2,y,FCf1,3,y,FCf1,4,y) |
| Purpose of data: |  | For calculating project emission |
| Additional comments: |  | In the QA/QC it was verified that the summation of the three individual flow meters on the gas turbines(FCf1,2,y,FCf1,3,y,FCf1,4,y)was slightly lower than the FCf1,y;the FCf1,1,yreading was used in calculation of project emissions.This is in keeping with the CDM conservative principal-i.e.highest level of project emissions.它应该被 noted that while the accuracy class is±0.2%,the value obtained has been adjusted by2%for conservativeness. |

\\overline{{\\mathsf{F C\_{{}mathsf{f}1,{mathsf{y}}}}}}

1,494\ {87},161\ {{\\sf m}}^{3}

(\\mathsf{F C} _{1,2,y},\\mathsf{F C}_{1,3,y},\\mathsf{F C}\_{1,4,y})

(mathsf F C C\_{1,2,y,}\\mathsf F{}}\ \\mathsf{F C}\_{1,4,y})

\\mathsf{F C}\_{\\mathsf{f},1,\\mathsf{y}}

| Data/parameter: | FCf2,y |
| --- | --- |
| Unit | m3 |
| Description | Annual quantity of fuel(natural gas) consumed in gas turbine #11 |
| Measured/calculated/default | Daily meter reading |
| Source of data | Fuel(natural gas)flow meter reading at turbine #11inlet(SM R1-X-KG1600Elster Instromet meter located at point 2 in figureA4.1of the PDD) |
| Value(s) of monitored parameter | 508,384,975m3 |

\\mathsf{F C}\_{\\mathsf{f},2,\\mathsf{y}}

Version 05.1

* * *

CDM-MR-FORM

| Monitoring equipment |  |  |
| --- | --- | --- |
| Stream I-D | RF\_1 |  |
| Data/Parameter | FCf2y |  |
| Make | Elster Instromet |  |
| Type | SM-R1-X-K G1600 |  |
| Serial No. | 10506156-2006 |  |
| Accuracy Class | ±2% |  |
| Calibration Frequency | Annually |  |
| Measuring/reading/recording frequency: | Daily |  |
| Calculation method(if applicable): | Not applicable |  |
| QA/QC procedures: | Used to corroborate gas consumption data collected at point 1. Calibration of the meter is to be carried out annually (manufacturers' specification is 5 years).During this monitoring period, the calibration for this flow meter was delayed hence, in line with VVS (version 09) pp 395,the value obtained(508,384,975m3)is adjusted by 2% to 518,552,674m3. |  |
| Purpose of data: | For calculating project emission. |  |
| Additional comments: | Used in calculation of project emissions in this MR.It should be noted that while the accuracy class is ±0.2%,the value obtained has been adjusted by 2% for conservativeness. |  |

\\overline{{\\mathsf{F C!{\ ,,2,mathrm y}}}}}

| Data/parameter: | FCt3,y |  |
| --- | --- | --- |
| Unit | m3 |  |
| Description | Annual quantity of fuel (natural gas) consumed in gas turbine #12 |  |
| Measured/calculated/default | Daily meter reading |  |
| Source of data | Fuel (natural gas) flow meter reading at turbine #12 inlet(SM R1-X-K G1600 Elster Instromet meter located at point 3 in figure A4.1) |  |
| Value(s) of monitored parameter | 464,732,375m3 |  |
| Monitoring equipment |  |  |
| Stream I-D | RF2 |  |
| Data/Parameter | FCt3,y |  |
| Make | Elster Instromet |  |
| Type | SM-R1-X-K G1600 |  |
| Serial No. | 10506156-2006(Old)(10509681-2007(Installed03/2014) |  |
| Accuracy Class | ±2% |  |
| Calibration Frequency | Annually |  |
| Measuring/reading/recording frequency: | Daily |  |
| Calculation method(if applicable): | Not applicable |  |
| QA/QC procedures: | Used to corroborate gas consumption data collected at point1. Calibration is to be carried out annually (manufacturers' specification is5 years).During this monitoring period,the calibration for this flow meter was delayed hence,in line with VVS(version09)pp395,the value obtained(464,732,375m3)是 adjusted by 2% to 474,027,022m3。 |  |
| Purpose of data: | For calculating project emissions。 |  |

Version 05.1

* * *

\| Additional comments: \| Used in calculation of project emissions in this MR.

It should be noted that while the accuracy class is±0.2%, the value obtained has been adjusted by 2% for conservativeness. \|
\| \-\-\- \| \-\-\- \|

| Data/parameter: | FCt4,y |  |
| --- | --- | --- |
| Unit | m3 |  |
| Description | Annually quantity of fuel (natural gas) consumed in gas turbine #13 |  |
| Measured/calculated/default | Daily meter reading |  |
| Source of data | Fuel (natural gas) flow meter reading at turbine #13 inlet(SM R1-X-K G1600 Elster Instromet meter located at point4 in figure A4.1) |  |
| Value(s) of monitored parameter | 485,032,240m3 |  |
| Monitoring equipment |  |  |
| Stream I-D | RF\_3 |  |
| Data/Parameter | FCt4,y |  |
| Make | Elster Instromet |  |
| Type | SM-R1-X-K G1600 |  |
| Serial No. | 10506157-2006 |  |
| Accuracy Class | ±2% |  |
| Calibration Frequency | Annually |  |
| Measuring/reading/recording frequency: | Daily |  |
| Calculation method(if applicable): | Not applicable |  |
| QA/QC procedures: | Used to corroborate gas consumption data collected at point 1.Calibration is to be carried out annually (manufacturers' specification is 5 years).During this monitoring period,the calibration for this flow meter was delayed hence,in line with VVS(version 09)pp 395,the value obtained(485,032,240m3)是 adjusted by 2% to 494,732,885m3。 |  |
| Purpose of data: | For calculating project emissions。 |  |
| Additional comments: | Used in calculation of project emissions in this MR.It should be noted that while the accuracy class is ±0.2%,the value obtained has been adjusted by 2% for conservativeness。 |  |

\\mathsf{F c}\_{\\mathsf{f},4,\\mathsf{y}}

m^{3}

\\overline{{\\mathsf{F C},\\dag,4,\\mathsf y}}

| Data/parameter: | NCVf,y |
| --- | --- |
| Unit | GJ/m3 |
| Description | The net calorific value(energy content) per volume unit of natural gas used in the calculation of project emissions. |
| Measured/calculated/default | Gas samples collected using SPDC standard gas sampling protocol and analysed using standard gas chromatography techniques in on-site laboratory |
| Source of data | Based on a fortnightly sampling at the Afam gas custody point |
| Value(s) of monitored parameter | 0.0443 |

G l/m^{3}

Version 05.1

* * *

| Monitoring equipment | Stream I-D | RC |
| --- | --- | --- |
| Meter/Equipment | Gas Chromatograph |  |
| Make | Daniel Analyzer |  |
| Model | 500 |  |
| Serial Number | 9005161 |  |
| Accuracy Class | ±0.25BTU/1000 (for ambient C6+ analysis) |  |
| Calibration Frequency | At least quarterly |  |
| Measuring/reading/recording frequency: |  | At least fortnightly |
| Calculation method (if applicable): |  | The value applied is the average of all the records obtained during the 262 months monitoring period. |
| QA/QC procedures: |  | The calorific value of the gas will be recorded by the project participant and cross checked against measurements made, and provided, by the gas supplier. The calibration of the Gas Chromatograph is fortnightly as per the PDD. Some of the months are delayed during the monitoring period. In line with the VVS (version 09) pp 395, the value obtained (0.0443GJ/m³) was adjusted by 2% to 0.0449GJ/m³. |
| Purpose of data: |  | For calculating CO₂ emission coefficient for project emission. |
| Additional comments: |  | The data is recorded daily. It should be noted that while the accuracy class is ±0.25BTU/1000, the value obtained has been adjusted by 2% for conservativeness. |

\\mathrm{C O\_{2}}

\ C O\_{2}/G U

Version 05.1

* * *

| Additional comments: | The data is recorded dailyIt should be noted that while the accuracy class is±0.25BTU/1000,the value obtained has been adjusted by 2% for conservativeness. |
| --- | --- |

| Data/parameter: | EGPJ5,y |  |
| --- | --- | --- |
| Unit | MWh |  |
| Description | Electricity produced by two gas turbines. |  |
| Measured/calculated/default | Continuous metering of electricity supplied by the gas turbines to the bus-bar of the Afam plant. |  |
| Source of data | Electricity meters installed in the plant power export to bus-bar (meter type EDMI MK6E with accuracy class 0.2S.IEC62052-11/62053-22 and meter type EDMI MK6E with accuracy class 0.2S/0.55.IEC62052-11/62053-22) for the two gas turbine. |  |
| Value(s) of monitored parameter | 5,578,964 |  |
| Monitoring equipment |  |  |
| Stream I-D | EG5 |  |
| Data/Parameter | EGPJ5,y |  |
| Meter | EM1 ADA |  |
| Type | EDMI MK6E |  |
| Serial No. | 206657326 |  |
| Accuracy Class | 0.2S |  |
| Calibration Frequency | Bi-annually(at least 180 days) |  |
| Measuring/reading/recording frequency: | Continuous metering of electricity supplied by the gas turbines to the bus-bar of the Afam plant. |  |
| Calculation method(if applicable): | Not applicable |  |
| QA/QC procedures: | Metered export of electricity to be checked against data on power received by the grid operator(PHCN/TCN) at the Afam plant-grid interface points.Accuracy of the meters are to be tested every 180 days as outlined in section7.3 of the PPA and the calibration of meters needs to be undertaken if electrical energy measured by the system differs by over half a percent(0.5%) from any back-up system.However,during this monitoring period,the calibration was delayed hence the value obtained(5,578,964MWh)was adjusted by2%to5,467,385MWhin line withVVS(version09)pp395. |  |
| Purpose of data: | For calculating baseline emission. |  |
| Additional comments: | It should be noted that while the accuracy class is0.2S,the value obtained has been adjusted by2%for conservativeness. |  |

| Data/parameter: | EGPJ,6,y |
| --- | --- |
| Unit | MWh |
| Description | Electricity produced by a one gas and one steam turbine. |
| Measured/calculated/default | Continuous metering of electricity supplied by the gas and steam turbines to the bus-bar of the Afam plant. |
| Source of data | Electricity meters installed in the plant power export to bus-bar (meter type EDMI MK6E with accuracy class 0.2S.IEC62052-11/62053-22 and meter type EDMI MK6E with accuracy class 0.2S/0.55.IEC62052-11/62053-22) for both the gas and steam turbine. |
| Value(s) of monitored parameter | 1,393,008 |

Version 05.1

* * *

| Monitoring equipment |  |  |
| --- | --- | --- |
| Stream I-D | EG\_6 |  |
| Data/Parameter | EG\_PJ,6,y |  |
| Meter | EM2 ADB |  |
| Type | EDMI MK6E |  |
| Serial Number | 208002801 |  |
| Accuracy Class | 0.2S |  |
| Calibration Frequency | Bi-annually (at least 180 days) |  |
| Measuring/reading/recording frequency: | Continuous metering of electricity supplied by the gas and steam turbine to the bus-bar of the Afam plant. |  |
| Calculation method(if applicable): | Not applicable |  |
| QA/QC procedures: | Metered export of electricity to be checked against data on power received by the grid operator(PHCN/TCN) at the Afam plant-grid interface points.Accuracy of the meters are to be tested every 180 days as outlined in section7.3 of the PPA and the calibration of meters needs to be undertaken if electrical energy measured by the system differs by over half a percent(0.5%) from any back-up system.However,during this monitoring period,the calibration was delayed hence the value obtained(1,393,008MWh)was adjusted by2%to1,365,148MWhin line withVVS(version09)pp395. |  |
| Purpose of data: | For calculating baseline emission. |  |
| Additional comments: | It should be noted that while the accuracy class is0.2S,thevalue obtainedhas been adjusted by2%for conservativeness. |  |

D.3. Implementation of sampling plan

Not applicable

SECTION E. Calculation of emission reductions or GHG removals by sinks

Baseline emissions are calculated in accordance to Equation 2 in the registered PDD and
methodology:

Option 1 – The build margin (BM) as per the “Tool to calculate the emission factor for an electricity
system”;

(Equation 2)

Option 2 – The combined margin (CM) as per the “Tool to calculate the emission factor for an
electricity system” using a 50/50 OM/BM weight; and

(E G P\_{J,y})

Option 3 – The emission factor of the technology (and fuel).

* * *

As stated in the PDD, the most likely technology that would be used instead of CCGT is OCGT
plant and this has therefore been chosen for the calculation of Option 3. As per equation (3) the
input parameters for this technology are as follows:

E F\_{ _{B L,C O2,y}}=\\left(\\frac{C O E F_{ _{B L}}}{\\eta_{\_{B L}}}\\right){\*^{3}3.6G J/M W h}

(Equation 3)

Where:

COEFBL = the fuel emission coefficient (tCO2e/GJ), (IPCC default emission factor for natural gas)
was used.

C O E F\_{B L}=

ηBL = the energy efficiency of the technology, 39.5% (conservative default efficiency factor for new
gas-fired OCGT units built after 2000, as contained in Annex I of the “Tool to calculate the
emission factor of an electricity system” v2.2.1) was applied.

The resulting value for EFBL,CO2 is calculated to be 0.511 tCO2/MWh

Ebar{F}\_{B L,C O2}

Amount of electricity generated during the monitoring period is determined as 6,971, 973 MWh

For the monitoring period in consideration, the relevant parameter values and the resulting
baseline emissions are:

| Parameter: | Unit: | Value: |
| --- | --- | --- |
| EGPJ,TOTAL,y | (MWh) | 6,832,533 |
| $\\eta\_{BL}$ | (--) | 0.395 |
| COEFBL | (tCO2e/GJ) | 0.0561 |
| BLy | (tCO2) | 3,493,414 |

\\eta\_{B L}

(t C O2e/G J)

E.2. Calculation of project emissions or actual net GHG removals by sinks

This shall be calculated according to the formulae presented in Section B.6.3 of the registered
PDD.
The project activity is on-site combustion of natural gas to generate electricity. The source of

FCf,y = the total volume of natural gas or other fuel ‘f’ combusted in the project plant or other startup fuel (m3 or similar) in year(s) y

t^{\\prime}

(Equation 1)

F C\_{t,y}!=

\\mathit{P E} _{y}=\\sum\\mathit{F C}_{ _{f,y}}\*\\mathit{C O E F}_{\_{f,y}}

Version 05.1

* * *

COEFf,y = the CO2 emission coefficient (tCO2/m3 or similar) in year(s) for each fuel and is obtained
as:

Cscriptstyle E F F\_t,y\ \ \\mathrm{h}\ !e,C O\_{2}

(\\dagger022)m^{3}

C O E F\_{ _{f,y}}=\\underset{}{\\sum}C V_{ _{f,y}}\*E\ F{_{C O2,f,y}}\*O X\ D\_{f\_}

(Equation 1a)

For the monitoring period in consideration, the relevant parameter values and the resulting CO2
emissions from the project activity due to combustion are:

\\mathrm{C O\_{2}}

| Parameter: | Unit: |
| --- | --- |
| $Oxid\_{f}$ | (-) |
| EF\_{CO2,f,y}$ | $(tCO\_{2}/GJ)$ |
| NCV\_{f,y}$ | $(GJ/m^{3})$ |
| COEF\_{f,y}$ | $(tCO\_{2e}/GJ)$ |
| FC\_{f,y}$ | $(m^{3})$ |
| PE\_{y}$ | $(tCO\_{2})$ |

| Value: |
| --- |
| 1 |
| 0.0386 |
| 0.0449 |
| 0.0017 |
| 1,494,387,161 |
| 2,588,469 |

O x i d\_{f}

(-)

Emathit{F F}\_{c o2,f,y}

(t C O\_{2}/G y)

N C V\_{f,y}

(G J/m^{3})

{O E F}\_{f,y}

(t C O\_{2e}/G U)

{C}\_{f,y}

(m^{3})

^{1,494,387,161}

P E\_{y}

(t C O\_{2})

E.3. Calculation of leakage

As stated in the PDD, there is no leakage associated with the project activity, because fugitive
upstream CH4 emissions from gas transformation and distribution apply to both the baseline and
project scenario. The project will not give rise to increases fugitive emissions and, based upon a
lower gas feed requirement, leakage emissions from arising from fugitive CH4 emissions may be
negative; however, for the purposes of simplicity and conservativeness LECH4,y was treated as
zero. There will be no LNG consumption in the project activity, so LELNG,CO2,y will be zero.
Therefore, leakage emissions are calculated to be zero (see Section B.6.1 of the registered PDD
for justification).

L E\_{L N G,C O2,y}

* * *

E.4. Summary of calculation of emission reductions or net GHG removals by sinks

| Item | Baseline emissions or baseline net GHG removals by sinks (tCO2e) | Project emissions or actual net GHG removals by sinks (tCO2e) | Leakage(tCO2e) | GHG emission reductions or net GHG removals by sinks(tCO2e) achieved in the monitoring period |  |  |
| --- | --- | --- | --- | --- | --- | --- |
| Up to31/12/2012 | From01/01/2013 | Total amount |  |  |  |  |
| Total | 3493414 | 2588469 | 0 | - | 904944 | 904944 |

\\mathbf{c o}\_{2}\\mathbf{e})

(t O\_{2}e)

E.5. Comparison of actual emission reductions or net GHG removals by sinks with
estimates in registered PDD

| Item | Values estimated in ex ante calculation of registered PDD | Actual values achieved during this monitoring period |
| --- | --- | --- |
| Emission reductions or GHG removals by sinks (tCO2e) | 1,192,425 | 904,944 |

E.6. Remarks on difference from estimated value in registered PDD

During the monitoring period in consideration, the actual emission reductions achieved were 24%
lower than the estimated emission reduction over the same period (i.e. a period of 365 days in
2013-2015) presented in the registered PDD.

Baseline emissions were lower due to electricity generation below the forecast in the PDD (due to
the events listed in Section B.1). It should also be noted that the NCV in the PDD was from a
literature source, while that in the MR is from measurements.

* * *

Appendix 1. Contact information of project participants and
responsible persons/entities

\| Project participant and/or responsible person/entity \| ☒ Project participant

☐ Person/entity responsible for completing the CDM-MR-FORM \|
\| \-\-\- \| \-\-\- \|
\| Organization name \| Shell Petroleum Development Company of Nigeria Limited \|
\| Street/P.O. Box \| P O Box 263 Port Harcourt, Nigeria \|
\| Building \| \|
\| City \| Port Harcourt \|
\| State/region \| Rivers State \|
\| Postcode \| \|
\| Country \| Nigeria \|
\| Telephone \| +234 807 0221027 \|
\| Fax \| \|
\| E-mail \| [C.Ozumba@Shell.com](mailto:C.Ozumba@Shell.com) \|
\| Website \| [www.shell.com](http://www.shell.com/) \|
\| Contact person \| Chinyere Ozumba \|
\| Title \| Dr \|
\| Salutation \| \|
\| Last name \| Ozumba \|
\| Middle name \| \|
\| First name \| Chinyere \|
\| Department \| Biodiversity Conservation and CO2/CDM \|
\| Mobile \| \|
\| Direct fax \| \|
\| Direct tel. \| +234 807 0221027 \|
\| Personal e-mail \| \|

\| Project participant and/or responsible person/entity \| □ Project participant

□ Person/entity responsible for completing the CDM-MR-FORM \|
\| \-\-\- \| \-\-\- \|
\| Organization name \| Carbon-Limits Nigeria \|
\| Street/P.O. Box \| Plot 13/14 Ligali Ayorinde \|
\| Building \| FF Tower Building \|
\| City \| Victoria Island \|
\| State/region \| Lagos State \|
\| Postcode \| \|
\| Country \| Nigeria \|
\| Telephone \| +234 1 2798969 \|
\| Fax \| \|
\| E-mail \| [paul.parks@carbonlimits.no](mailto:paul.parks@carbonlimits.no) \|
\| Website \| [www.carbonlimitsngr.com](http://www.carbonlimitsngr.com/) \|
\| Contact person \| Paul Parks \|
\| Title \| Mr \|
\| Salutation \| \|

Version 05.1

* * *

CDM-MR-FORM

| Last name | Parks |
| --- | --- |
| Middle name |  |
| First name | Paul |
| Department |  |
| Mobile |  |
| Direct fax |  |
| Direct tel. |  |
| Personal e-mail |  |

* * *

Document information

| Version | Date | Description |
| --- | --- | --- |
| 05.1 | 4 May 2015 | Editorial revision to correct version numbering. |
| 05.0 | 1 April 2015 | Revisions to: |
| ·Include provisions related to delayed submission of a monitoring plan; |  |  |
| ·Provisions related to the Host Party; |  |  |
| ·Remove reference to programme of activities; |  |  |
| ·Overall editorial improvement. |  |  |
| 04.0 | 25 June 2014 | Revisions to: |
| ·Include the Attachment: Instructions for filling out the monitoring report form (these instructions supersede the "Guideline: Completing the monitoring report form" (Version 04.0)); |  |  |
| ·Include provisions related to standardized baselines; |  |  |
| ·Add contact information on a responsible person(s)/entity(ies) for completing the CDM-MR-FORM in A.6 and Appendix 1; |  |  |
| ·Change the reference number from F-CDM-MR to CDM-MR-FORM; |  |  |
| ·Editorial improvement. |  |  |
| 03.2 | 5 November 2013 | Editorial revision to correct table in page 1. |
| 03.1 | 2 January 2013 | Editorial revision to correct table in section E.5. |
| 03.0 | 3 December 2012 | Revision required to introduce a provision on reporting actual emission reductions or net GHG removals by sinks for the period up to 31 December 2012 and the period from 1 January 2013 onwards (EB70, Annex 11). |
| 02.0 | 13 March 2012 | Revision required to ensure consistency with the "Guidelines for completing the monitoring report form"(EB 66, Annex 20). |
| 01 | 28 May 2010 | EB 54, Annex 34. Initial adoption. |
| Decision Class: Regulatory Document Type: Form Business Function: Issuance Keywords: monitoring report |  |  |