JB/T 50158-1999 Energy consumption classification of industrial boiler rooms

JB/T 50158-1999 This standard is a revision of ZB J01 008-87 "Classification of Energy Consumption of Industrial Boiler Rooms". This standard specifies the energy consumption levels of boiler rooms for steam boilers with a rated capacity of 1t/h or more and hot water boilers with a rated capacity of 2.5 million kJ/h (i.e. 600,000 kCal/h) or more in mechanical industrial enterprises. Boiler room energy consumption refers to comprehensive energy consumption, i.e. the sum of fuel, electricity and water consumed by the boiler room during the statistical period converted into standard coal. Boiler rooms are divided into special, first, second and third grades according to the energy consumption per ton of standard steam. Boiler rooms that do not meet the energy consumption index of the third grade are classified as out-of-grade. This standard was first issued in 1987. JB/T 50158-1999 Classification of Energy Consumption of Industrial Boiler Rooms JB/T50158-1999 Standard download decompression password: www.bzxz.net

Mechanical Industry Standard of the People's Republic of China
JB/T50158-1999
Energy Consumption Classification of Industrial Boiler Room
(Internal Use)
Published on December 30, 1999
National Bureau of Machinery Industry
Implementation on June 1, 2000
JB.T50158—1999
This standard is a revision of ZDJ000B--871.Energy Consumption Classification of Industrial Steel Boiler Room. The main technical content has not changed.
This standard will replace ZBJ01008—87 from now on. This standard was proposed by the Mechanical Science Research Institute. This standard was drafted by the former National Machinery Design Institute, the Ministry of Machinery Industry Energy Conservation Center, and was first issued in 1987 under the standard by Tian Cuban and Zhao Qijun.
Standard of the Machinery Industry of the People's Republic of China
Classification of Energy Consumption of Industrial Boiler Rooms
(Internal Use)
JB/T50158-1999www.bzxz.net
Generation J6108··87
This standard defines the energy consumption level of boiler rooms of machinery enterprises with a single boiler rated capacity greater than or equal to 1 steam boiler and greater than or equal to 2.5 million kJ/h hot water boilers.
Housing energy consumption refers to comprehensive energy consumption, that is, the sum of fuel (coal, fuel oil, fuel gas), output and water consumed by the boiler room during the statistical period calculated as the sum of standard coal.
The electricity and water consumption of the boiler room include: the total electricity and water consumption of the boiler, auxiliary equipment, living room, and the heat exchange station, soft water station, coal yard, and water supply yard belonging to the boiler room. 2 Energy consumption classification
The energy or unit consumption index of the boiler room per ton of standard steam is divided into special, first, second, and third grades. The unit consumption index that does not meet the standard index is classified as out-of-grade.
The energy consumption classification of the boiler room is shown in Table 1.
Single standard steam
1Standard steam
3Energy unit consumption calculation
3. Energy unit consumption calculation of "ton standard" ("): Energy unit consumption Index
>12R-137
>124-132
>119-125
>117-12(
ke standard coal /standard steam
>137-149
>132-142
>125-133
>120-126
mB, + BF + D,
b-mn,(0,+0,+D.)
In the formula,
1 standard steam energy consumption, k standard coal steam total fuel consumption during the statistical period, kg standard coal: total electricity consumption during the statistical period, kg standard coal: etc.
>[49-162
>142-152
>133-141
>126-t32
Total water consumption in the statistical period: kg standard coal (1t fresh water = .257kg standard coal, 1t softened water = 0.486kg total land and steam supplied by the boiler shop during the statistical period, standard steam [[saturated steam 1: standard steam Beijing Machinery Industry Bureau 1 approved on 9-12-30 2000-06-01
JBrT50158-1999
The total heat energy of hot water supplied by the boiler room during the statistical period is converted into standard steam, 1 standard steam (1t superheated steam - extended standard steam, K value see Table 2);
The total heat energy of hot water supplied by the steel furnace room during the statistical period is converted into standard steam, t standard steam (250k11t standard steam) fuel correction factor, see Table 3;
.- boiler room heating correction factor, boiler room without heating jin-1, boiler room heating oh = 101 boiler load correction factor, see Table 4,
Note: When the average temperature of superheated steam is between the vorticity in the table, the fuel type
Average negative rate
Anthracite
> 50~55
3.2 The average load rate of the boiler is calculated according to formula (2): Where:
Insert the value to obtain the value.
Class 1 coal
> 5560
The average load rate of the boilers in operation during the statistical period (including pressure fire factor)%, ME-
The sum of the total standard steam produced by each operating steel furnace during the statistical period, standard steam: 320
, Class 2 coal
> 65-70
>70-75
Oil, gas
［2】
The number of operating hours of each boiler during the statistical period: (h) and the sum of the products of the rated daily consumption P, (t standard steam h), standard (D, t)-
Cross-grade comprehensive unit consumption index calculation
Cross-grade comprehensive unit consumption standard calculation formula (3): City:
A certain-grade boiler room's cross-grade comprehensive unit consumption index, kg long coal t standard steam: Z(b)
The total amount of standard steam produced by the boiler room during the statistical period and the sum of the products of the corresponding energy unit consumption standard, kg standard coal:
The total amount of standard steam produced by the boiler room during the statistical period; the sum of the total standard steam blocks, "standard steam". S Boiler Energy Consumption Grade Assessment
.IB/T50158—1999
5.! During the statistical period, when the rated capacity of the boilers in the steel furnace room belongs to the first grade, the energy consumption of the standard steam shall be compared with the corresponding energy consumption index in Table 1 to assess the energy consumption grade of the steel furnace room. 5.2 During the statistical period, when there are multiple boilers in the boiler room, and the rated capacity of each boiler is not in the first grade, the weighted average method shall be used to calculate the comprehensive single index value of the statistical period, and then the energy consumption of the standard steam shall be calculated and compared with it to assess the energy consumption grade of the steel furnace room.
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