Energy Efficiency In Industry - Training Course - Revision history

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= Overview =
„Energy Efficiency in Industry“ in Tunis (24-27. Nov. 2014): Briefing für Herrn Erdle
Das 4-tägige Training „Energieeffizienz in Industrie“ in Tunis wird von Renewables Academy (RENAC) AG in Kooperation mit der AHK Tunesien und mit Unterstützung der Deutschen Gesellschaft für Internationale Zusammenarbeit (GIZ) GmbH durchgeführt.<br/>

1. Inhalt/Programm:

{| border="1" cellspacing="0" cellpadding="5" style="width:100%;"
|-
| style="width: 204px;" | '''(1) Energy efficiency and management in industry: methodology and socio economic effects'''
| style="width: 532px;" |
*Motivation to energy efficiency
*Socio economic effects of energy efficiency
*Energy efficiency in industry (possible energy savings, number of energy managers, number of energy management systems)
*Industrial and commercial energy consumptions
*Benchmark values
|-
| style="width: 204px;" | '''(2) Energy auditing'''
| style="width: 532px;" |
*Energy audit: definition, audit typologies, Sankey diagram, benchmarking, technical instruments
*Methodology: data collection (historical data, check lists, measurement campaigns), data analysis (trends, energy data and cost data, important values, technical and managerial parameters), reporting, energy saving and management opportunities, economic analysis
*Continuous improvement

|-
| style="width: 204px;" | '''(3) Energy monitoring'''
| style="width: 532px;" |
*How to design a monitoring net
*Which data are necessary
*Definition of energy drivers
*Technical instruments: energy meters, sensors
*Mathematical instruments
*Control Charts
*SCADA Systems

|-
| style="width: 204px;" | '''(4) Energy Management Systems'''
| style="width: 532px;" |
*The Energy Management Systems and the related international standards
*Introduction to ISO 50001:2011
*Management responsibilities and energy policy
*Energy planning
*Implementation and operation control
*Management review
|-
| style="width: 204px;" | '''(5-6) Energy efficient technologies: cross cutting technologies'''
| style="width: 532px;" |
*Introduction
*Electrical consumers: pumps, blowers, compressors, chillers, lighting systems, HVAC
*Combustion engines
*Boilers
*Electric generators
*Power transformers
*Insulation
*Building Energy Management Systems
*Electrical systems
|-
| style="width: 204px;" | '''(7-8) Energy efficient technologies: production processes'''
| style="width: 532px;" |
*Best Available Technologies: a systematic approach
*Pharma Industry
*Food Industry
*Glass Industry
*BREF for energy efficiency
*BREF for industrial cooling
|-
| style="width: 204px;" | '''(9) Cogeneration and trigeneration for industrial applications: technologies'''
| style="width: 532px;" |
*Technologies: engines/micro-turbines, heat storage, extraction of heat and cold and the integration into existing systems, technical challenges and solutions
*Best-practice examples

|-
| style="width: 204px;" | '''(10) Cogeneration and trigeneration for industrial applications: dimensioning'''
| style="width: 532px;" |
*Fuels and fuel related planning and safety aspects
*Energy balances (supply of heat/cold/electricity adapted to the energy demand, temperature levels, combined heat and cold and power)
*Site aspects (size, energy demand (cold, heat, power), existing infrastructures and integration aspects)
|-
| style="width: 204px;" | '''(11) Cogeneration and trigeneration for industrial applications: financing'''
| style="width: 532px;" |
*Planning support policy on distributed generation
*Regulations
*Incentives and subsides
*Economic feasibility study
*Commercial bank loans
*Vendor financing
*Bond
*Lease
*Energy savings performance contracts
|-
| style="width: 204px;" | '''(12) Cogeneration and trigeneration for industrial applications: exercises and examples'''
| style="width: 532px;" |
*Technical design – planning
*Permitting and other legal boundary conditions
*Implementation and commissioning
*Risks & obstacles
*Case studies
*Calculation tools/software

|-
| style="width: 204px;" | '''(13-14) Economics and financing'''
| style="width: 532px;" |
*Motives & Barriers
*Profitability calculation
*Static methods
*Dynamic methods
*Life Cycle Costing
*Laws and regulations
*Financing

|-
| style="width: 204px;" | '''(15) Energy efficient procurement and contracting'''
| style="width: 532px;" |
*Energy Procurement
*Energy Contracting
*Energy Efficient Supply

|-
| style="width: 204px;" | '''(16) Energy efficiency in industrial process: financing instruments'''
| style="width: 532px;" |
*Types of economic and financing instruments
*Characteristics of the main policy instruments
*Preconditions for economic and financing instruments
*Success factors of different policy instruments
*Examples of implemented economic and financing instruments
|}
<br/>
2. Dozenten:

{| border="1" cellspacing="0" cellpadding="5" style="width:100%;"
|-
| Dozent
| Kontakt
| Ankunft/Abfahrt
| Hotel
|-
| Franck Daganaud
|
Franck Daganaud
54 rue de la Folie-Régnault
75 011 Paris
Tel: +33 (0) 1 43 48 68 71
Mobile: +33 (0) 6 73 88 47 74
[[mailto:franck.daganaud@wanadoo.fr franck.daganaud@wanadoo.fr]]
|
Arrival in Tunis:
23. Nov. (Sunday), 15:25 p.m.

Departure:
26. Nov. (Wednesday), 11:25 a.m.
|
Hotel La Villa Bleue
68 rue Kennedy
Sidi Bou Said - 2026 Tunisie

International Tel. +33777283617
Tunisia Tel. +216 71 742 000
|-
| Frank Schillig
|
KWA EVIVA GMBH
Vogelsanger Straße 250
D-50825 Köln
T: +49 (0)221 78946911
F: +49 (0)221 78946949
M: +49 (0)173 2452938
E: [[mailto:f.schillig@eviva-energy.com f.schillig@eviva-energy.com]]
|
Arrival in Tunis:
24. Nov. (Monday), 15:35 p.m.

Departure:
28. Nov. (Friday), 09:20 a.m.

|
Hotel Dar Fatma
1 Rue Sidi Bou Taraa, 2026 Sidi Bou Saïd
M: 00216 25 246888
T: 00216 71 981284
|}

3. Ansprechpartner beim Kooperationspartner AHK Tunesien:

{| border="1" cellspacing="0" cellpadding="5" style="width:100%;"
|-
| Name
| Kontakt
|-
|
'''Mrs. Donia Medini'''
Projektreferentin HR / Chargée de projets RH
|
AHK Tunesien / AHK Tunisie
Immeuble Le Dôme - Rue du Lac Léman
Tel: 00216 71 965 280
Mob : 00216 28 665 999
Fax: 00216 70 014 179
Email : [[mailto:d.medini@ahktunis.org d.medini@ahktunis.org]]
|}

Weitere Kontaktpersonen:

{| border="1" cellspacing="0" cellpadding="5" style="width:100%;"
|-
| Name
| Kontakt
|-
|
'''Mrs. Oula Tarssim'''
Projektmanagerin HR /
Chef de Projet Ressources Humaines
|
Tel: 00216 71 965 280
Mob: 00216 28 665 999
Email: [[mailto:o.tarssim@ahktunis.org o.tarssim@ahktunis.org]]
|-
|
'''Dr. Khaled Ben Yahia'''
Abteilungsleiter HR Services / Directeur service Ressources Humaines
|
Tel: 00216 71 965 280
Email: [[mailto:k.benyahia@ahktunis.org k.benyahia@ahktunis.org]]

|}

= Reference =

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 „Energy Efficiency in Industry“ in Tunis (24-27. Nov. 2014): Briefing für Herrn Erdle Das 4-tägige Training „Energieeffizienz in Industrie“ in Tunis wird von Renewables Academy (RENAC) AG in Kooperation mit der AHK Tunesien und mit Unterstützung der Deutschen Gesellschaft für Internationale Zusammenarbeit (GIZ) GmbH durchgeführt.<br/>
 . Inhalt/Programm:
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 |}
-. EndBericht
+. Kontakt Renewables Academy (RENAC) AG<br/>
-*[[:File:Energieeffizienz in Industrie.pdf|Energieeffizienz in Industrie - EndBericht]]
-*[[:file:Energy Efficiency in Industry - Conclusion.docx|Energy Efficiency in Industry - Conclusion]]
+Olga Kossitschenko<br/>
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 „Energy Efficiency in Industry“ in Tunis (24-27. Nov. 2014): Briefing für Herrn Erdle Das 4-tägige Training „Energieeffizienz in Industrie“ in Tunis wird von Renewables Academy (RENAC) AG in Kooperation mit der AHK Tunesien und mit Unterstützung der Deutschen Gesellschaft für Internationale Zusammenarbeit (GIZ) GmbH durchgeführt.<br/>
 *[[:file:Energy Efficiency in Industry - Schedule.docx|Energy Efficiency in Industry - Schedule]]
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 = Overview =
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 {| border="1" cellspacing="0" cellpadding="5" style="width:100%;"
 |-
-| style="width: 204px;" | '''(1) Energy efficiency and management in industry: methodology and socio economic effects'''
+| style="width: 204px;" | '''[[:file:Efficacité et Management Ènergétique - Méthodologie et Impacts Socioéconomiques.pdf|(1) Energy efficiency and management in industry: methodology and socio economic effects]]'''
 | style="width: 532px;" |
 *Motivation to energy efficiency
@@ Line 17: / Line 17: @@
 |-
-| style="width: 204px;" | '''(2) Energy auditing'''
+| style="width: 204px;" | '''[[:File:Audit_Ènergétique.pdf|(2) Energy auditing]]'''
 | style="width: 532px;" |
 *Energy audit: definition, audit typologies, Sankey diagram, benchmarking, technical instruments
@@ Line 24: / Line 25: @@
 |-
-| style="width: 204px;" | '''(3) Energy monitoring'''
+| style="width: 204px;" | '''[[:File:Suivi de l’énergie.pdf|(3) Energy monitoring]]'''
 | style="width: 532px;" |
 *How to design a monitoring net
@@ Line 35: / Line 37: @@
 |-
-| style="width: 204px;" | '''(4) Energy Management Systems'''
+| style="width: 204px;" | '''[[:File:Systèmes de Management Énergétique (SME).pdf|(4) Energy Management Systems]]'''
 | style="width: 532px;" |
 *The Energy Management Systems and the related international standards
@@ Line 46: / Line 49: @@
 |-
 | style="width: 204px;" | '''(5-6) Energy efficient technologies: cross cutting technologies'''
 | style="width: 532px;" |
 *Introduction
@@ Line 59: / Line 64: @@
 |-
 | style="width: 204px;" | '''(7-8) Energy efficient technologies: production processes'''
 | style="width: 532px;" |
 *Best Available Technologies: a systematic approach
@@ Line 68: / Line 75: @@
 |-
-| style="width: 204px;" | '''(9) Cogeneration and trigeneration for industrial applications: technologies'''
+| style="width: 204px;" | '''[[[[file:Cogénération et Trigénération Pour Applications Industrielles - Technologies.pdf|(9) Cogeneration and trigeneration for industrial applications: technologies]]'''
 | style="width: 532px;" |
 *Technologies: engines/micro-turbines, heat storage, extraction of heat and cold and the integration into existing systems, technical challenges and solutions
@@ Line 74: / Line 82: @@
 |-
-| style="width: 204px;" | '''(10) Cogeneration and trigeneration for industrial applications: dimensioning'''
+| style="width: 204px;" | '''[[file:Cogénération et Trigénération Pour Applications Industrielles - Dimensionnement et Introduction à la Pratique.pdf|(10) Cogeneration and trigeneration for industrial applications: dimensioning]]'''
 | style="width: 532px;" |
 *Fuels and fuel related planning and safety aspects
@@ Line 81: / Line 90: @@
 |-
-| style="width: 204px;" | '''(11) Cogeneration and trigeneration for industrial applications: financing'''
+| style="width: 204px;" | '''[[file:Cogénération et Trigénération Pour Applications Industrielles - Travaux Pratiques.pdf|(11) Cogeneration and trigeneration for industrial applications: financing]]'''
 | style="width: 532px;" |
 *Planning support policy on distributed generation
@@ Line 94: / Line 104: @@
 |-
-| style="width: 204px;" | '''(12) Cogeneration and trigeneration for industrial applications: exercises and examples'''
+| style="width: 204px;" | '''[[:file:Cogénération et Trigénération Pour Applications Industrielles - Exemples de Meilleure Pratique.pdf|(12) Cogeneration and trigeneration for industrial applications: exercises and examples]]'''
 | style="width: 532px;" |
 *Technical design – planning
@@ Line 105: / Line 116: @@
 |-
 | style="width: 204px;" | '''(13-14) Economics and financing'''
 | style="width: 532px;" |
 *Motives & Barriers
@@ Line 115: / Line 128: @@
 |-
-| style="width: 204px;" | '''(15) Energy efficient procurement and contracting'''
+| style="width: 204px;" | '''[[file:Approvisionnement et Sous-traitance de l’efficacité Ènergétique.pdf|(15) Energy efficient procurement and contracting]]'''
 | style="width: 532px;" |
 *Energy Procurement
@@ Line 122: / Line 136: @@
 |-
-| style="width: 204px;" | '''(16) Energy efficiency in industrial process: financing instruments'''
+| style="width: 204px;" | '''[[file:Présentation de Résultats des Exercices, Feuille de Route Pour la Marche à Suivre Roadmap, Feedback, Conclusion.pdf|(16) Energy efficiency in industrial process: financing instruments]]'''
 | style="width: 532px;" |
 *Types of economic and financing instruments
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