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Position: Chinese Standard in English/DL/T 5035-2004
DL/T 5035-2004   Technical Code for Heating, Ventilation and Air Conditioning Desi (English Version)
Standard No.: DL/T 5035-2004 Status:abolished remind me the status change

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Language:English File Format:PDF
Word Count: 30000 words Price(USD):300.0 remind me the price change

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Implemented on:2004-6-1 Delivery: via email in 1 business day
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Standard No.: DL/T 5035-2004
English Name: Technical Code for Heating, Ventilation and Air Conditioning Desi
Chinese Name: 火力发电厂采暖通风与空气调节设计技术规程
Chinese Classification: P48    Ventilation and air conditioning engineering
Professional Classification: DL    Professional Standard - Electricity
ICS Classification: 91.140.30 91.140.30    Ventilation and air-conditioning systems 91.140.30
Issued by: NDRC
Issued on: 2004-03-09
Implemented on: 2004-6-1
Status: abolished
Superseded by:DL/T 5035-2016 Technical Code for Heating Ventilation and Air Conditioning Design of Fossil Fuel Power Plant
Superseded on:2016-12-1
Abolished on:2016-12-01
Superseding:DL/T 5035-1994 Technical Standard on Heating Ventilation and Air Conditioning Design for Thermal Power Plant
Language: English
File Format: PDF
Word Count: 30000 words
Price(USD): 300.0
Delivery: via email in 1 business day
This standard specifies basic principles, content, and requirements for heating, ventilation, and air conditioning design of fossil fuel power plant. This standard is applicable to engineering design of construction, extension and renovation of the steam turbine generator of condensed steam type with capacity is 125MW-600MW and fossil fuel power plant of heating machine group with capacity is 50MW and more than 50MW. Engineering design for construction, extension and renovation of fossil fuel power plant of other machine groups may refer to this standard.
Foreword 1 Scope 2 Normative references 3 Basic requirements 4 Heating and ventilation of the main building 4.1 Heating 4.2 Ventilation 4.3 Vacuum Sweeping 5 Air conditionings in main building 5.1 General requirements 5.2 Arrangement for air conditioning machinery room 5.3 Fireproofing and smoke emission 6 Electricity constructions 6.1 Main control room and network control room 6.2 Accumulator room 6.3 Communication room 6.4 Transformer house 6.5 Auxiliary switchgear room 6.6 Off-track booth 6.7 Reactor room 6.8 Busbar chamber and bus structure 6.9 Oil circuit breaker room 6.10 Cable tunnel and cable interlining 6.11 Electromotor 6.12 Electrofilter room 6.13 Uninterrupted power supply room 6.14 Elevator machine room 6.15 SF6 electric installation room 6.16 Oil electric engine room 6.17 Initiator disk room 6.18 Electrical laboratory 7 Coal shipper constructions 7.1 Heating 7.2 Ventilation and air conditioning 7.3 Dedusting 7.4 Defrosting room 8 Chemical constructions 8.1 Chemical water treatment room 8.2 Oil purification room 8.3 Hydrogen manufacturing station 8.4 Oxygen generating plant 8.5 Acetylene station 8.6 Testing laboratory, control laboratory and aerated water sampling room 8.7 Condensate precision process room 8.8 Circulating water treatment construction 9 Other auxiliary and subsidiary buildings 9.1 Ash pump house 9.2 Oil pump house, air compressor room and actuation boiler house 9.3 Hydraulic architecture 9.4 Storerooms 9.5 Overhauling construction 9.6 Test type construction 10 Heating up station and refrigeration plant 10.1 Thermal load 10.2 Heating up station 10.3 Refrigeration plant 11 Outdoor pipe network 11.1 Hot water pipe network 11.2 Cold water pipe network 11.3 Steam pipe network 11.4 Arrangement and laying for pipe network 11.5 Tubular product, connection, and thermal retardation (cold insulation) 11.6 Thermal compensation and strength calculation 11.7 Laying for direct burying pipe 12 Instrument and controlling 12.1 General requirements 12.2 Heating up station 12.3 Refrigeration plant 12.4 Central air-conditioning system Appendix A (Normative) Air parameter in rooms of the fossil fuel power plant Appendix B (Normative) Maximal heat transmission coefficient of buildings' fender structure in fossil fuel power plant Appendix C (Informative) Air draft quantity of mechanical dust extractor in the transfer station for coal shipper belt (TD75) Appendix D (Informative) Air draft quantity of coal breaker mechanical ashing Appendix E (Informative) Air draft quantity of coal bunker mechanical ashing Table E.1 Air Draft Quantity of Coal Bunker Mechanical Ashing m3/h Appendix F (Informative) Reference index of water consumption of wet cap collector Appendix G (Informative) Compressed air consumption of pulse spraying type bag precipitators Appendix H (Informative) Evaluation method for heating and ventilation air conditioning heat load in fossil fuel power plant Appendix I (Normative) Minimal horizontal and cross clear distance of overhead heat supply pipeline in the plant site and building (construction), access route, and overhead conductor Appendix J (Normative) Minimal horizon crossing clear distance between laying heat supply pipeline in the pipe trench and building (construction) and other underground lines Appendix K (Normative) Minimal horizon crossing clear distance between laying heat supply pipeline buried directly and building (construction) and other underground lines Appendix L (Informative) Terms explanation
Referred in DL/T 5035-2004:
* GBJ 19-1987
* GBJ 87-1985 Specifications for the design of noise control system in industrial enterprises
* GB 3096-2008 Environmental Quality Standard for Noise
* GB/T 8175-2008 Guide for Design of Thermal Insulation of Equipments and Pipes
* GB/T 15586-1995
* GB 50041-1992
* GB 50229-2006 Code for design of fire protection for fossil fuel power plants and substations
* GB 50264-2013 Design Code for Insulation Engineering of Industrial Equipment and Pipe
* CJJ/T 81-2013 Technical Specification for Directly Buried Hot-water Heating Pipeline in City
* JGJ 100-1998 Design Code of Garage
DL/T 5035-2004 is referred in:
* DL/T 5044-2004 Technical Code for Designing DC System of Power Projects
* DL/T 5210.4-2009 Code for construction quality acceptance and evaluation of electric power construct Part 4:instrumentation and control
* DL/T 5203-2005 Technical Code for Explosion Prevention Design of Coal and Pulveri
* DL/T 5174-2003 Code for Design of Gas-Steam Combined-cycle Power Plant
Code of China
Standard
DL/T 5035-2004  Technical Code for Heating, Ventilation and Air Conditioning Desi (English Version)
Standard No.DL/T 5035-2004
Statusabolished
LanguageEnglish
File FormatPDF
Word Count30000 words
Price(USD)300.0
Implemented on2004-6-1
Deliveryvia email in 1 business day
Detail of DL/T 5035-2004
Standard No.
DL/T 5035-2004
English Name
Technical Code for Heating, Ventilation and Air Conditioning Desi
Chinese Name
火力发电厂采暖通风与空气调节设计技术规程
Chinese Classification
P48
Professional Classification
DL
ICS Classification
Issued by
NDRC
Issued on
2004-03-09
Implemented on
2004-6-1
Status
abolished
Superseded by
DL/T 5035-2016 Technical Code for Heating Ventilation and Air Conditioning Design of Fossil Fuel Power Plant
Superseded on
2016-12-1
Abolished on
2016-12-01
Superseding
DL/T 5035-1994 Technical Standard on Heating Ventilation and Air Conditioning Design for Thermal Power Plant
Language
English
File Format
PDF
Word Count
30000 words
Price(USD)
300.0
Keywords
DL/T 5035-2004, DL 5035-2004, DLT 5035-2004, DL/T5035-2004, DL/T 5035, DL/T5035, DL5035-2004, DL 5035, DL5035, DLT5035-2004, DLT 5035, DLT5035
Introduction of DL/T 5035-2004
This standard specifies basic principles, content, and requirements for heating, ventilation, and air conditioning design of fossil fuel power plant. This standard is applicable to engineering design of construction, extension and renovation of the steam turbine generator of condensed steam type with capacity is 125MW-600MW and fossil fuel power plant of heating machine group with capacity is 50MW and more than 50MW. Engineering design for construction, extension and renovation of fossil fuel power plant of other machine groups may refer to this standard.
Contents of DL/T 5035-2004
Foreword 1 Scope 2 Normative references 3 Basic requirements 4 Heating and ventilation of the main building 4.1 Heating 4.2 Ventilation 4.3 Vacuum Sweeping 5 Air conditionings in main building 5.1 General requirements 5.2 Arrangement for air conditioning machinery room 5.3 Fireproofing and smoke emission 6 Electricity constructions 6.1 Main control room and network control room 6.2 Accumulator room 6.3 Communication room 6.4 Transformer house 6.5 Auxiliary switchgear room 6.6 Off-track booth 6.7 Reactor room 6.8 Busbar chamber and bus structure 6.9 Oil circuit breaker room 6.10 Cable tunnel and cable interlining 6.11 Electromotor 6.12 Electrofilter room 6.13 Uninterrupted power supply room 6.14 Elevator machine room 6.15 SF6 electric installation room 6.16 Oil electric engine room 6.17 Initiator disk room 6.18 Electrical laboratory 7 Coal shipper constructions 7.1 Heating 7.2 Ventilation and air conditioning 7.3 Dedusting 7.4 Defrosting room 8 Chemical constructions 8.1 Chemical water treatment room 8.2 Oil purification room 8.3 Hydrogen manufacturing station 8.4 Oxygen generating plant 8.5 Acetylene station 8.6 Testing laboratory, control laboratory and aerated water sampling room 8.7 Condensate precision process room 8.8 Circulating water treatment construction 9 Other auxiliary and subsidiary buildings 9.1 Ash pump house 9.2 Oil pump house, air compressor room and actuation boiler house 9.3 Hydraulic architecture 9.4 Storerooms 9.5 Overhauling construction 9.6 Test type construction 10 Heating up station and refrigeration plant 10.1 Thermal load 10.2 Heating up station 10.3 Refrigeration plant 11 Outdoor pipe network 11.1 Hot water pipe network 11.2 Cold water pipe network 11.3 Steam pipe network 11.4 Arrangement and laying for pipe network 11.5 Tubular product, connection, and thermal retardation (cold insulation) 11.6 Thermal compensation and strength calculation 11.7 Laying for direct burying pipe 12 Instrument and controlling 12.1 General requirements 12.2 Heating up station 12.3 Refrigeration plant 12.4 Central air-conditioning system Appendix A (Normative) Air parameter in rooms of the fossil fuel power plant Appendix B (Normative) Maximal heat transmission coefficient of buildings' fender structure in fossil fuel power plant Appendix C (Informative) Air draft quantity of mechanical dust extractor in the transfer station for coal shipper belt (TD75) Appendix D (Informative) Air draft quantity of coal breaker mechanical ashing Appendix E (Informative) Air draft quantity of coal bunker mechanical ashing Table E.1 Air Draft Quantity of Coal Bunker Mechanical Ashing m3/h Appendix F (Informative) Reference index of water consumption of wet cap collector Appendix G (Informative) Compressed air consumption of pulse spraying type bag precipitators Appendix H (Informative) Evaluation method for heating and ventilation air conditioning heat load in fossil fuel power plant Appendix I (Normative) Minimal horizontal and cross clear distance of overhead heat supply pipeline in the plant site and building (construction), access route, and overhead conductor Appendix J (Normative) Minimal horizon crossing clear distance between laying heat supply pipeline in the pipe trench and building (construction) and other underground lines Appendix K (Normative) Minimal horizon crossing clear distance between laying heat supply pipeline buried directly and building (construction) and other underground lines Appendix L (Informative) Terms explanation
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Keywords:
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