VGB POWERTECH 10 (2020) - International Journal for Generation and Storage of Electricity and Heat

VGB PowerTech 10 l 2020
Global aspects on coal combustion products
[12] OECD (Organisation for Economic Co-operation
and Development): Report on Best
Available Techniques for Preventing and
Controlling Industrial Pollution Activity,
Part 2: Approaches to establishing BAT
around the world, June 2018.
[13] Directive 2010/75/EU of the European
Parliament and of the Council: Industrial
emissions (integrated pollution prevention
and control), November 2010.
[14] BREF-LCP: http://eippcb.jrc.ec.europa.
eu/reference/lcp.html.
[15] VGB Power Tech: VGB Initiative “Hgcap”:
Further reduction of mercury emissions
from coal-fired power plants; https://www.
vgb.org/en/hgcap.html.
[16] World-Wide CCP Network (WWCCPN):
Glossary of terms, http://www.wwccpn.
com/glossary.html.
[17] World-Wide CCP Network (WWCCPN):
member information 2018/2019.
[18] Heidrich, C., Feuerborn, J., Weir, A.: Coal
Combustion Products: a Global Perspective,
World of Coal Ash, 2013.
[19] Heidrich, C., Feuerborn, J.: Global Operating
Environment, World of Coal Ash, 2017.
[20] Verein deutscher Kohlenimporteure (Association
of coal importer in Germany-
VDKI): World traded coal flows 2015, from
EURACOAL https://euracoal.eu/coal/international-coal-trade/.
[21] ECOBA: Statistics on cross border transport
of ashes, http://www.ecoba.com/corss_
border_transport.html.
[22] EN 450-1: Fly ash for concrete – Part 1:
Definition, specifications and conformity
criteria, 2012.
[23] ASTM C 618-171: Standard Specification
for Coal Fly Ash and Raw or Calcined Natural
Pozzolan for Use in Concrete, 2017.
[24] AS/NZS 3582.1: Supplementary cementitious
materials, Part 1: Fly ash, 2016.
[25] JIS 6201: Fly ash, 1991.
[26] IS 3812-1: Pulverized Fuel Ash – Specification,
Part 1 For use as Pozzolana in Cement,
Cement Mortar and Concrete, 2003.
[27] GB/T 1596: Fly ash for cement and concrete,
2017.
[28] GOST 25818-91: Thermal plant fly-ashes
for concrete, 1991 (in: Putilov,I. , Putilov,
V.: Properties of coal ash in Russia,
MPEI(TU)).
[29] ACAA: expert statement. l
VGB-Standard
KKS Identification System for Power Stations
Guideline for Application and Key Part
VGB-S-811-01-2018-01-EN, 8 th revised edition 2018 (formerly VGB-B 105e)
DIN A4, 836 pages, Price for VGB-Members* € 490.–, for Non-Members € 680.–, + VAT, ship ping and hand ling
VGB-S-811-01-2018-01-DE, 8. revised German edition 2018 (formerly VGB-B 105)
DIN A4, 836 pages, Price for VGB-Members* € 490.–, for Non-Members € 680.–, + VAT, ship ping and hand ling
KKS Key Part: Function Keys, Equipment Unit Keys, and Component Keys, as a Microsoft Excel ® file also available.
The VGB-Standard VGB-S-811-01-2018-01-EN is completed by VGB-B 106e and VGB-B 105.1;
additionally the VGB-B 108 d/e and VGB-S-891-00-2012-06-DE-EN are recommended.
VGB-Standard
KKS Identification System
for Power Stations
Guideline for Application and Key Part
8 th revised edition 2018
(formerly VGB-B 105e)
VGB-S-811-01-2018-01-EN
The KKS is used for identification coding and labelling of plants, systems and items equipment in any type
of power station according to their function in the process and their location. It applies to the disciplines of
mechanical engineering, civil engineering, electrical and C&I and is to be used for planning, licensing,
construction, operation and maintenance.
Owing to the national and international standardization process, the KKS Identification System for Power
Stations (hereinafter referred to as “KKS”) is being replaced by the RDS-PP ® Reference Designation System for Power Plants based on DIN ISO
81346-10. Thus, RDS-PP ® is thus considered to be a generally accepted good engineering practice and can be applied in planning, construction,
operation and dismantling of energy supply plants and equipment as a an unambiguous identification system.
Existing power plants with identification coding to KKS will not be re-coded to RDS-PP ® . Consequently, it will be necessary to
continue to apply the KKS system in the event of additions to existing plants and conversion measures, I&C retrofits etc.
Technical progress made over time called for adjustments to the KKS rules. Some examples were added to the KKS guidelines and
the KKS keys were updated. The examples given in the KKS guidelines are intended only for explanation of the defined rules.
The KKS Rules as a code of practice consist of the KKS Guidelines and the KKS Keys.
The present guidelines define the rules for application of the KKS. For application cases not covered by the present rules, additional s
pecifications are to be agreed between the parties involved in the specific project. A practical checklist is provided.
The Application Explanations (VGB-B 106e parts A, B1, B2, B3 and B4 covering general application, mechanical engineering,
civil engineering, electrical engineering and process control and instrumentation) and the Equipment Unit Code and Component Code
Reference (VGB-B 105.1) were last issued in 1988 and are not updated any more.
The present standard was compiled by the VGB Technical Group (TG) “Reference Designation and Plant Documentation”
which brings together experts from plant operators, plant maintenance companies, planners and manufacturers for joint work.
The present guidelines define the rules for application of the KKS. For application cases not covered by the present rules,
additional specifications are to be agreed between the parties involved in the specific project. A practical checklist is provided.
The present guidelines apply to conversion, expansion, retrofitting, modernization etc. of energy supply plants with identification
coding to the KKS Identification System for Power Stations.
* Access for eBooks (PDF files) is included in the membership fees for Ordinary Members (operators, plant owners) of VGB PowerTech e.V.
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