Methodology No.	ID_AM006
Proposed Methodology No.	ID_PM029
Sectoral scope	3. Energy demand
Title	GHG emission reductions through optimization of refinery plant operation in Indonesia
Summaries	GHG emission reduction measures : Introduction of plant optimization control systems (APC) that reduce energy consumption in the hydrogen production unit (HPU) and hydro cracking unit (HCU) at a refinery plant. Calculation of reference emissions : Reference emissions are calculated on the basis of historical specific emissions per feed (or production volume), and the feed input (or production volume) after implementation of the project. Historical specific emissions per feed (or production volume) is determined on the basis of the fuel consumption and feed input (or production volume) to HPU and HCU during a historical period before implementation of the project in certain range of period. The reference emissions will be calculated as an average of historical specific emissions in some variation of the feed input. Calculation of project emissions : Project emissions are calculated on the basis of monitored fuel consumption at HPU and HCU. Monitoring parameters : Quantity of feed input (or production volume) to the process unit, fuel consumption, and hydrogen production at HPU, hydrogen consumption at HCU, and number of day(s) recorded for feed input, hydrogen production and hydrogen consumption.
Version Number	Ver2.1
Status	Valid
Methodology Proponent	The Joint Comittee
Approved Methodology	JCM_ID_AM006_ver02.1.pdf JCM_ID_AM006_ver02.1.docx JCM_ID_AM006_ver02.1.xlsx
Proposed Methodology	JCM_ID_PM029_PM.pdf JCM_ID_PM029_PMS.xlsx
Date of approval	09 May 19

Previous Versions

Methodology No.	ID_AM006
Proposed Methodology No.	ID_PM019
Sectoral scope	3. Energy demand
Title	GHG emission reductions through optimization of refinery plant operation in Indonesia
Summaries	GHG emission reduction measures : Introduction of plant optimization control systems (APC) that reduce energy consumption in the hydrogen production unit (HPU) and hydro cracking unit (HCU) at a refinery plant. Calculation of reference emissions : Reference emissions are calculated on the basis of historical specific emissions per feed (or production volume), and the feed input (or production volume) after implementation of the project. Historical specific emissions per feed (or production volume) is determined on the basis of the fuel consumption and feed input (or production volume) to HPU and HCU during a historical period before implementation of the project in certain range of period. The reference emissions will be calculated as an average of historical specific emissions in some variation of the feed input. Calculation of project emissions : Project emissions are calculated on the basis of monitored fuel consumption at HPU and HCU. Monitoring parameters : Quantity of feed input (or production volume) to the process unit, fuel consumption, and hydrogen production at HPU, hydrogen consumption at HCU.
Version Number	Ver2.0
Status	Active
Methodology Proponent	Yokogawa Electric Corporation
Approved Methodology	JCM_ID_AM006_ver02.0.pdf JCM_ID_AM006_ver02.0.docx JCM_ID_AM006_ver02.0.xlsx
Proposed Methodology	JCM_ID_AM006_ver01.0_modified.pdf JCM_ID_AM006_ver01.0.xlsx JCM_ID_AM006_Explanation-rev.pdf
AMR	JCM_ID_F_AMR_Req_ver01.0_AM006.pdf
Public comments	13 May 17   -  27 May 17
Date of approval	04 Dec 17

Methodology No.	ID_AM006
Proposed Methodology No.	ID_PM006
Sectoral scope	3. Energy demand
Title	GHG emission reductions through optimization of refinery plant operation in Indonesia
Summaries	GHG emission reduction measures : Introduction of plant optimization control systems (APC) that reduce energy consumption in the hydrogen production unit (HPU) and hydro cracking unit (HCU) at a refinery plant. Calculation of reference emissions : Reference emissions are calculated on the basis of historical specific emissions per feed (or production volume), and the feed input (or production volume) after implementation of the project. Historical specific emissions per feed (or production volume) is determined on the basis of the fuel consumption and feed input (or production volume) to HPU and HCU during a historical period before implementation of the project in certain range of period. Calculation of project emissions : Project emissions are calculated on the basis of monitored fuel consumption at HPU and HCU. Monitoring parameters : Quantity of feed input (or production volume) to the process unit, fuel consumption, and hydrogen production at HPU, hydrogen consumption at HCU.
Version Number	Ver1.0
Status	Active
Methodology Proponent	Yokogawa Electric Corporation
Approved Methodology	JCM_ID_AM006_ver01.0.pdf JCM_ID_AM006_ver01.0.docx JCM_ID_AM006_ver01.0.xlsx
Proposed Methodology	JCM_ID_PM006_ver01.0.pdf JCM_ID_PM006_ver01.0_PMS.xlsx JCM_ID_PM006_ver01.0_Add_Info.pdf
Public comments	16 Oct 14   -  30 Oct 14
Date of approval	18 May 15