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Greenhouse Gas Inventory Report of Wuxi Yonghua Battery Co., Ltd. (2021)
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I.   Preface

The problem of continuous global warming; After the Kyoto Protocol was signed in 1997, Greenhouse gas has been defined Excessive emissions may cause climate change And impact. At present, it has become an important environmental issue facing the world and  Consensus: Wuxi Yonghua Battery Co., Ltd. has experienced and understood Wen personally during its development. Room gas emission will cause Global Qi The environment and ecology will be impacted by the changes. Therefore, the company  Based on sustainable development Environmental concept and the obligation to fulfill corporate social responsibility, will actively commit to the greenhouse gas panel  Query Tube To slow down the global warming caused by this, we hope to save energy management through our management  Security Sustainable development of global ecological environment

II.   Description of the Company's greenhouse gas emission reduction policy

The climate and environment of the earthare deteriorating due to the impact of greenhouse gases. As the earth A member of the ball, To protect the environment, Social responsibility of caring for the earth, the company will be committed to:

1. Greenhouse gas verification of the company to truly master the company's greenhouse gas Body emission status

2. Based on the verification results, further progress Implement greenhouse gas resource reduction plan

3. Continuously promote and support energy conservation and emission reduction measures, Fulfill social responsibility

4 Comply with laws and regulations, customer requirements and other relevant requirements

This Public The frequency of greenhouse gas inventory preparation and greenhouse gas inventory verification by the Divisionis planned to start from 2021  Once a year

3、   Organization boundary description covered by greenhouse gas inventory Description

Our newspaper Notice The book organization boundary setting covers Wuxi Yonghua Battery Co., Ltd., located in Qianzhou, Huishan District, Wuxi  Street front stone Production area and office area in the road

Greenhouse Qi Body type: including CO 2CH 4N 2 O. HFC SPFC SSF 6NF 3 Seven types of greenhouses


Gas

Public Division Check allGHG sources and GHG sinks every year, screen all emission categories, and eliminate the non conformance  Qualitative impact GHG  Source And  GHG sink, select important and quantifiable GHG sources and emission categories, and set  Company The greenhouse gas of is

CO 2CH 4 N 2 O、 HFC S PFC SSF 6 NF 3

The greenhouse gas list in this report refers to the boundary of the above organizations from January 1, 2021 to January 2, 2021 2012 All greenhouse gas emissions on January 31


 

 

Positive Text

I.   Enterprise Profile

Wuxi Yonghua Battery Co., Ltd. is located in Wuxi City, near the Taihu Lake in the south of the beautiful Yangtze River. Superior geographical location, Hand in  Convenience   Logistics is developed. The company is a professional R&D, production and sales company specializing in the  High tech enterprise, founded in In 1999, with a registered capital of 5 million yuan, the company covers an area of 4706 square meters.  At present, the company has passed the national high-tech enterprise

The company introduces advanced equipment and technology, And a comprehensive product quality monitoring and detection system, It has passed     ISO 9001:   2015 Quality System Certification; ISO14001: 2015 Environmental Management System Certification,  ISO 45001:2018 Profession Health and Safety Management System andISO50001-2018 Energy Management System Recognition Certificate. Strict company management Grid Execute according to the system document, ERP、 The implementation of MES management software realizes the system  Management Upgrade and None Paper office, Lean management ensures that the technical indicators of the products manufactured meet the domestic standards.  Enter Horizontal

The company has its own alkaline battery production site, The company strictly controls the quality of raw materials, Make Public  The quality of our products is more stable The company's overall strength has reached the domestic scale of alkaline battery production  One of the manufacturers

The company has a clear market positioning, Major customers include domestic and foreign listed companies, large group companies, well-known Enterprise  Since the company's products were put on the market, they have been well received by customers at home and abroad Comments

The company will continue to introduce advanced technology, advanced equipment, and attract professionals from all aspects. Support Division Technology  The power of The strength of talents, continuous innovation,  We are committed to bringing higher satisfaction to our customers

Domestic Product After more than 20 years of rapid development, Raw materials, manufacturing equipment, and production process  And products Configuration Fang Shang has made great progress, However, key technologies are still subject to technical constraints. Product quality and high-end  There is still a certain gap in requirements. While imported alkaline batteries firmly occupy the high-end market relying on technological advantages Field. At the same time,  Domestic alkaline batteries are entering the international market, And gradually increase the international medium low price by relying on the price advantage


End Market share

In recent years, Affected by the COVID-19 epidemic and the price rise of bulk raw materials, The pressure of enterprise operation is increasing Enterprise    Industry adaptation is changing Transform It is to enhance the competitiveness of the enterprise itself. Only adhere to the new release    Exhibition concept,  Closely surrounding the country "Cut capacity, deleverage, stabilize operation, improve quality, reduce cost and increase efficiency"  Carry out work, The company's benefits can be continuously improved

With Ring The environment continues to deteriorate,  The tightening of national environmental protection policies, While the industry is developing, It needs to be smeared  Dyeing Prevention and control,  We should not only strengthen environmental governance, To focus on achieving ultra-low emission standards,  Targeting Impact  Low row Put Technical bottleneck, Increase work and investment, We will improve energy conservation and emission reduction technologies. Continue to organize sections  Key to environmental protection Sex technology research, Continue to promote advanced, applicable, mature and reliable energy conservation and environmental protection engineering technology  Transform to integrate enterprises with cities and society. Enterprises need to strive for ultra-low emission standards

Near Year Come,  The company accelerates management upgrading,  Focusing on technological innovation, lean management and cleaner production To improve  Product quality Volume Focusing on added value, Continue to strengthen energy conservation and environmental protection transformation, Keep improving the core competition of enterprises  Ability

The company insists on positioning upstream of the industrial chain, Focus on national key new energy, energy conservation and environmental protection fields, Circumference Around  Alkaline Electric Pool application, Carry out corresponding technology research and development, Vigorously carry out long-life security with strong professionalism and national shortage  Full explosion-proof system R&D and manufacturing of special alkaline battery products

For The company increased investment in equipment, Purchase the necessary control equipment for the production line, The production line can be improved  Precision Control, It will make the production process adjustment more accurate and timely. Make the progressiveness of the production line equipment reach the national level   Internal industry New High, Improve the manufacturing and automation rate of intelligent products for car body and final assembly,  At the same time, use theMES system,  High product quality, Improve the utilization level of existing capacity, Enhance market competitiveness, Ensure product customization  To promote the flexibility and digitalization of production lines. Driven by the transformation of intelligent manufacturing

The company targets All The technical transformation project of automatic high-speed mercury free alkaline battery production line uses the existing factory foundation  Facilities Production service, Adopt the production process of fully automatic high-speed green alkaline battery, To improve efficiency,  Reduced to This The effect of environmental protection, energy conservation and product quality improvement


After project transformation, The annual electricity consumption of the automatic high-speed mercury free alkaline battery production line is reduced by about200000 yuan,  Reduce 10% of the labor cost. Through advanced process control, the company's workshop has strengthened product process research and improvement Enter A scientific and accurate process flow has been established The production capacity has been increased by3 times. When the project is completed; The design capacity is  Alkaline battery Student The production capacity reaches200 million knots/year

The company's production equipment, technical strength, product quality and other comprehensive strength have reached the leading position in the domestic industry Floor  Bit

2 In 021, the company produced a total of 378.5 million alkaline batteries, realizing sales revenue of 71.775 million yuan and profit  346.17 10000 RMB, taxRMB 3.28 million

In recent years, In the rapid development process of Yonghua Battery, Put the creation of green factory into     Public Division The height of development strategy. Leading by technology,  Energy saving and low carbon,  Compliance with regulations,  Take continuous improvement as the policy,  Use    Energy saving Energy consumption and green efficiency are targeted,  Through the operation management of quality, occupational health and safety, environment, and energy systems    Management, internal energy audit, cleaner production Audit, energy consumption quota management, production process technology improvement, "Three Wastes"  Governance facilities construction, circular economy projects, etc. To promote the positive interaction between energy conservation and environmental protection and green development of enterprises,   Select Significant achievements have been made

The company actively optimizes the product structure,  Reduce energy consumption, Technical transformation of high energy consumption process,  For the company Add  Add energy saving stamina In 2021, our company will carry out technical transformation on the automatic high-speed mercury free alkaline battery production line  Use the existing factory Room Infrastructure, production services, Producers using full-automatic high-speed green alkaline batteries  Art Achieve the effect of improving efficiency, reducing cost, environmental protection, energy conservation and improving product quality. In process transformation,  Remove LR 6 1 Ordinary low-speed production line1; Two LR03 ordinary low-speed production lines; LR6 general low-speed production line  2 strips, 8 paper reelers, 1 set of positive powder mixing and tablet pressing equipment. 15 million yuan of new investment; 8 new intelligent  Production Line It includes automatic weighing detector, automatic electricity testing control analyzer, etc., Intelligent production equipment accounts for  Compared with 1 00%。 Establish warehouse management system; Through the device networking system; Visual monitoring interface; Implementation of opposite generation  Product Design Preparation Collection, transmission and analysis of real-time data,  In this way, the management and running status of production equipment can be divided into  Analysis Analysis of processing efficiency. After the process transformation, the annual electricity consumption will be reduced by about500000 yuan, and at the same time


Reduce the length of the production line and save floor space Product100 square meters

The company has an awareness of environmental responsibility throughout the whole process of production and operation. Not only focus on product quality, Also  Focus on Product Resource and environmental costs consumed by products Not only focus on their own environmental protection and energy conservation, Moreover, this  Concept Transmission Deliver to suppliers and customers. For suppliers, We ask the other party to pay attention to the system establishment, Actively open  Exhibition Environment Implementation of the system For customers, We actively provide information on energy-saving equipment and processes,  Help  Customer Users improve production efficiency,  Reduce energy consumption. With the attention and leadership of company leaders, The efforts of all employees in the company  And implement Below It has realized the all-round green transformation of green production,  Ensure the company is comprehensive, coordinated and sustainable  Send Exhibition

II.   GHG management framework

Company GHG Tube The management structure is as follows:


3、 Company production workers Art

The company is mainly engaged in mercury free alkali Sex Production of zinc manganese battery, the main products are alkaline zinc manganese of various specifications and models  Battery, The main production processes are as follows:


4、 It mainly produces Devices


S/N Equipment name Model Quantity Single machine power (KW)
1 High speed automatic battery production line LR6 -A 2 65
2 7 # high-speed automatic battery production line LR03 -A 2 65
3 9V Battery automatic spot welding assembly line 6LR61 -B 2 6
4 1 # automatic battery production line LR20 -A 1 20
5 2 # automatic battery production line LR14 -A 1 20
6 8 # automatic battery production line LR1 -A 1 40
7 9 # high-speed automatic battery production line LR61 -A 1 55
8 9 # automatic battery production line LR61 -A 1 20
9 LR12 Battery production line LR12 -A 1 20
10 9V Automatic spot welding assembly line of iron case battery 6LR61 -B 1 10
11 9V ultrasonic machine 6LR61 -C 2 0.5
12 5 # assembly machine LR6 - E 2 2.5
13 7 # assembly machine LR03 -E 2 2.5
14 8 # assembly machine LR1 - E 1 2.5
15 9 # assembly machine LR61 -E 2 2.5
16 2 # assembly machine LR14 -E 1 2.5
17 1 # assembly machine LR20 -E 1 2.5
18 LR12 assembly machine LR12 -E 1 2.5
19 1 # paper winder LR20 -F 2 1.5
20 2 # paper reeler LR14 -F 2 1.5
21 9 # paper reeler LR61 -F 2 1
22 5 # spot welder LR06 -B 2 4
23 7 # spot welder LR03 -B 1 4
24 8 # spot welder LR1 - B 1 4
25 9 # spot welder 6LR61 -B 1 4
26 1 # 2 # spot welding machine General 1 4
27 LR12 spot welder LR12 -B 1 4
28 9 # casing machine LR61 -G 3 3
29 9 # motor tester 6LR61 -I 3 0.5
30 5 # automatic electricity testing and labeling machine General 2 6
31 7 # automatic electricity testing and labeling machine General 2 6
32 5 # two section shrinking machine LR06 -H 2 4
33 7 # two section compressor LR03 -H 2 4
34 5 # four section compressor LR06 -H - 4 1 4
35 7 # four section compressor LR03 -H - 4 1 4
36 9V one section shrinking machine 6LR61 -H -1 1 4
37 5 # ten section compressor LR06 -H - 10 1 4
38 7 # ten section compressor LR03 -H - 10 1 4
39 1 # labeling machine LR20 -J 1 3
40 2 # labeling machine LR14 -J 1 3
41 5 # labeling machine LR06 -J 1 3
42 7 # labeling machine LR03 -J 1 3
43 8 # labeling machine LR1 -J 1 3
44 9V labeling machine 6LR61 -J 2 3
45 LR12 labeling machine LR12 -J 1 3
46 Automatic card hanging machine General 3 6
47 Manual card hanging machine General 1 6.5
48 Baling machine General 3 0.5
49 Inkjet printer General 3 0.5
50 9 # spraying machine LR61 -K 1 5
51 8 # spraying machine LR1 -K 1 4
52 1 # spraying machine LR20 -K 1 4
53 2 # spraying machine LR14 -K 1 4
54 5 # spraying machine LR06 -K 4 4
55 7 # spraying machine LR03 -K 2 4
56 Flour mixer General 2 5
57 Tablet press General 2 25
58 Granulator General 2 1
59 Sifter General 2 4
60 Drilling machine General 2 1.5
61 Grinder General 1 4.5
62 Lathe General 3 5
63 Driving General 2 5
64 Milling machine General 1 8
65 Zinc paste mixer General 1 20
66 Dry mixer General 1 3
67 Air compressor General 2 70
68 Pure water equipment General 1 2
69 Vacuum cleaner General 3 5

   5、 Greenhouse gas Report boundary

1. Category I: Direct discharge temperature Chamber gas

Definition: Needle For emission sources directly owned or controlled by the Company

Category Facilities/Activities Emission source Possible GHG emissions
Fugitive Air conditioning cold coal R410a escape HFCs
Septic tank Degradation CH4

2. About burning biomass, CO 2 Direct row

Put In In 2021, no biomass fuel will emit carbon dioxide

3. Category II: Indirect greenhouse gases of input energy Discharge

Definition: generated by purchased power Indirect greenhouse gas emissions related to energy.

4 Other indirect greenhouse emissions

Definition: other indirect emissions generated by other external activities of the company, emissions Source is owned by other companies Yes or controlled, because it is not easy to Categorize and quantify, so only qualitative types are available.

Include

Category III: Indirect greenhouse gas emissions from transport:

Category 4: Between Connected to GHG  Discharge:

Category V: Communication Organize product related indirectness GHG  Emissions:
Category 6: Other Sources Indirect GHG emissions Including:

Category Facilities/Activities Emission source Possible GHG emissions
Energy; (E) Outsourced canteen gas use Fossil fuel CO2, CH4 and N2O
Production Process; (P) Supplier raw material production Power consumption CO2, CH4 and N2O
Transportation Process  (T) Raw material transportation Gasoline and diesel combustion CO2, CH4 and N2O
Outsourced transport vehicles Diesel combustion CO2, CH4 and N2O
Waste removal Gasoline and diesel combustion CO2, CH4 and N2O
Finished product transportation Gasoline and diesel combustion CO2, CH4 and N2O
Employees' own commuter vehicles Gasoline and diesel combustion CO2, CH4 and N2O
Employees' official and business travel Gasoline and diesel combustion CO2, CH4 and N2O

In the list Instructions on the exclusion of some greenhouse gas emission sources:


 
Greenhouse gas sources Canteen gas use Supplier raw material production Raw material transportation Waste transportation Finished product transportation Employees' own commuting vehicles Employee Business Travel
Types of greenhouse gases CO2 CO2 CO2 CO2 CO2 CO2 CO2
      Reasons for exclusion      The company has no outsourced canteen The supplier's raw material production mode is not fixed, so it is difficult to estimate the transportation cost, so it is difficult to estimate the CO2 generated; Quantification Raw material manufacturers not only transport Raw materials of the company; Therefore, it is difficult to estimate the transportation cost, so it is difficult to estimate the amount of CO2 produced Waste treatment manufacturers not only transport the company's waste, so it is difficult to estimate the transportation cost, which is difficult to generate; CO2 quantification The finished product transportation manufacturer not only transports the finished products of the company, so it is difficult to estimate the transportation cost of finished products, thus it is difficult to; CO2 quantification    Employees' commuting is idle and there is no registration record, so it is difficult to; CO2 quantification    The transportation means for employees' business travel are not fixed, so it is difficult to generate; CO2 quantification

According to the important indirect greenhouse gas emission criteria in the enterprise's Comprehensive Control Procedure for Greenhouse Gas Inventory " For In GHG  The emissions may have no substantial impact, or it is difficult to quantify in technology, or the cost is high Effect Not obvious Direct Or indirectGHG source and GHG sink inventory will be exempted ", including category IV and category V  Category 6. The Company considers the accuracy and integrity of data and the technical and financial support of inventory Hold on Many factorsare not considered. Identification, inventory and verification of emission sources

Our company's main ToGHG emission types and sources are as follows:


GHG Emission category GHG Emission category Emission source Facilities or processes
Category I: direct greenhouse gas emissions Fugitive emission Air conditioning refrigerant; (R410a) Public air conditioner
fugitive emission Septic tank Septic tank in plant area
Category II: indirect greenhouse gas emissions from energy Power use Purchased power High speed automatic battery production line, air compressor; All electric equipment such as machine

6、 Activity Horizontal data and emission factors

Activity Horizontal data value table:

GHG Emission category GHG Emission category Emission source Facilities or processes Activity level data Unit
  Category I: Direct greenhouse gas emissions Fugitive emission Refrigerant; (R410a) Public air conditioner 10 Kg
fugitive emission Septic tank Septic tank in plant area 156.51 Kg
Category II. Energy indirect greenhouse gases; Discharge   Power use   Purchased power High speed automatic battery production line, air compressor and other electrical equipment   1000000   KWh
 

Emission causes Sub fetch table:

Emission source Types of greenhouse gases Verification process Emission factor value
Refrigerant R410a of public air conditioner escapes HFCs The verification team verified the following data sources: 2006 IPCC Guidelines for National Greenhouse Gas Inventories    Volume III, Chapter VII, Table 7.9 Select the type of equipment filler (sub shall be used), and then select the range according to the amount of filler; The operating dissipation coefficient of the selected position is 5.5%
The septic tank in the employee plant area escapes CH4 The First National Census of Pollution Sources: Handbook of Production and Discharge Coefficients of Urban Domestic Sources Part I Coefficient Table 2 Domestic Sewage and Domestic Garbage of Residents in Zone II; Five day biochemical oxygen demand quantification septic tank discharge coefficient in production and discharge coefficient. Note: Wuxi City is a Class I city in the second district "Table 2 Generation Coefficient of Living Source Sewage Pollutants Per Capita"; Table 5.7 Deep anaerobic septic tank with depth more than two meters According to the First National Pollutant Source Pollutant Discharge Coefficient Manual for Urban Domestic Sources, Part I: Coefficient Table 2  Domestic sewage and garbage of residents in Zone 2; Five day production and emission coefficient; Discharge coefficient of quantified septic tank   The default maximum CH4 of domestic wastewater is recommended in 5.3.1.3 of the Guidelines for the Preparation of Provincial Greenhouse Gas Inventory (Trial); The production and emission coefficient is:                       zero point four eight × 0.026=0.01248kg     CH4/man day (Note: CH4 emission factor value: 0.48kgCH4/kgBOD; BOD generated per person per day; value: 0.026kgBOD/man ● day)
Purchased power CO2 The team checked the following data sources:     Average Carbon Dioxide Emission Factors of China's Regional Power Grid in 2011 and 2012 Emissions of East China Power Grid in 2012; Factor is 0.7035tCO2e/MWH

7、 Calculation Method

1 Quantitative method

The calculation of greenhouse gas emissions is mainly based on the emission coefficient method(refer to ISO 14064-1:20 0 8 Middle6.2: Select Quantization Method), the calculation method is as follows:

Greenhouse gas emissions Volume - Activity level data * Emission coefficient * Global warming potential ( GWP), Wuxi Yonghua

The greenhouse gas emissions of battery companies are as follows: Bottom:

GHG Emission category GHG Emission category Emission source Facilities or processes Activity level data Unit Emissions (tCO2)
Category I. Direct greenhouse gas; Bulk discharge Fugitive emission Refrigerant; (R410a) Public air conditioner 10 Kg 1.05
Fugitive emission Septic tank Septic tank in plant area 156.51 Kg 0.05
Category II. Indirect temperature of energy; Room gas emission   Power use   Purchased power High speed automatic battery production line, air compressor and other electrical equipment   1000000   KWh   703.5

8、      GWP  Reference table

The Company's global warming potential for direct and indirect greenhouse gas emissions is taken from   IPCC  Evaluation report,

For details, refer to The values are as follows:

Gas name Greenhouse gas types involved in the verification process GWP value
Carbon dioxide CO2 1
Methane CH4 28
nitrous oxide N2O 265
hydrofluorocarbons HFCS(R32) 677
hydrofluorocarbons HFCS(R134A) 1300
hydrofluorocarbons HFCS(R410A) 1923.50

9、 No Deterministic analysis

The uncertainty evaluation of data needs to consider the activity data category, emission factor level and instrument calibration Etc Level In three aspects, press Assignment according to activity data classification, emission factor classification and instrument calibration classification  The average value is calculated byand multiplied by Percentage of emission sources, and then sum up to get the overall uncertainty score.

1) . Number of activities According to the collection category, it is divided into three categories, and the scores of 1, 3 and 6 are assigned respectively. See the following table for details:

Activity data classification Assign points
Automatic continuous measurement 6
Regular measurement (including meter reading)/nameplate data 3
Self estimation 1

2) The categories and levels of emission are divided into six categories according to the collection sources, and are respectively assigned to 6, 5, 4, 3, 2、1

The score of, with The body is as follows:

Classification of emission factors Assign points
Factors from measurement/mass balance 6
Process/equipment experience factor 5
Factor provided by the manufacturer 4
Regional emission factors 3
National emission factors 2
International emission factors 1

3) , Instrument Table The correction level is assigned to 6, 3 and respectively according to the correction situation; The score of 1 is as follows:

Instrument calibration level Assign points
There are no relevant regulations to implement 1
There is no regulation for implementation, but the data is recognized or there is regulation for implementation, but the data does not meet the requirements 3
Follow the regulations, and the data meet the requirements 6

4) The data level is divided into five levels, The higher the level, the better the data quality.

Score Level Standard: Average Score ≥ Level 1 is for 5.0, Level 2 is for 5.0 > score ≥ 4.0, and Level 2 is for 4.0 > score ≥ 3.0  For Level 3, 3.0 > score ≥ 2.0 is level 4, and the score < 2.0 is level 5

This verification shows that the evaluation result of uncertainty of data emission sources is4.32 points; Belonging to In terms of secondary quality, specific

The calculation table is as follows:

  No   Emission source   Facilities or processes   Activity Data Category   Emission factor category   Instrument calibration category   Average score Emissions; (tCO2e) Proportion of emissions; (%)   Weighted average integral
1 Fugitive emission Public air conditioner 1 1 6 2.67 1.05 0.02 0
2 Fugitive emission Septic tank in plant area 1 1 6 2.67 0.05 0 0
   3    Power use High speed automatic battery production line; All electrical equipment such as air compressor    6    1    6    4.33    703.5    99.8    70209.3
Total by category 704.6 100 4.32
Weighted total (score) 4.32
Weighting grade Level 1 ■ Level 2, Level 3, Level 4, Level 5
 

10、 Convenient organization Emissions

Company20 From January 1, 21 to December 31, 2021, greenhouse gas emissions are calculated according to GHG

Class Type statistics are as follows:

  Category   Category; 1   Category 2   Category 3   Category 4   Category 5   Category 6 Total; (tCO2e/year)
CO2 / 703.5 / / / / 703.5
CH4 0.05 / / / / / 0.05
N2O / / / / / / /
HFC 1.05 / / / / / 1.05
PFCS / / / / / / /
SF6 / / / / / / /
NF3 / / / / / / /
Total; (tCO2e/year)   1.10   703.5  /  /  /  /   704.6

Ten 1、    Base year

1. Selection of base year

Year of the company's greenhouse gas emission inventory, 2021 as benchmark Year

2. Benchmark Annual emissions

2021  The total annual greenhouse gas emissions are704.6t CO 2 e. Set the reason as production process and capacity combination Actual and annual The materials are complete and representative

3. Benchmark emissions Year change

When When the ownership of the emission source is transferred; Emissions in the base year should be investigated, or due to


Calculated by France As a result, when there are significant changes in the calculation of greenhouse gas emission data, The base year emissions shall be  Adjust accordingly

Re The main reasons for calculating the base year emissions are as follows:

1) 、 Battalion When the transport boundary changes

2)   When the ownership of the emission source/control right is transferred, the emissions in the base year shall be investigated for adjustment  3) 、 Changes in quantitative release of greenhouse gases, or due to improved emissions The accuracy of the coefficient or data, and the accuracy of the benchmark year Emissions Significant differences are generated according to the data

4) 、 When required by regulations of competent authorities

5)    Significant changes in process or equipment

12、 Greenhouse gases Emission reduction strategy and performance

Through this ReportGHG emissions, You can see, Category II. Indirect greenhouse gas emissions of energy are the highest in the company.  Big temperature Room Gas emissions, Other greenhouse gas emissions account for a relatively small proportion, According to our greenhouse gas emissions  The following strategies are specially formulated to achieve subsequent emissions Continuous decrease of quantity:

1) Push Dynamic Energy saving activities to reduce the use of electricity (such as energy-saving transformation or the application of new technologies)

2) Strengthen equipment maintenance, Reduce the abnormal operation of equipment and improve the operation efficiency of equipment,  Reduce energy Loss(such as regular equipment maintenance and timely equipment update)

3) Use energy-saving equipment to reduce energy use (such as energy-saving lamps, frequency conversion equipment, etc.)  Greenhouse gas Volume reduction performance

Our company Division The implementation of the greenhouse gas emission reduction strategy will be carried out regularly according to the responsibilities of each department  Assessment   In case of improper operation and management during execution,  Punishment,  And do a good job of supervision and rectification.  Tracking

According to the inventory results of the base year2021, the Target value


The company will continue to press Photo  ISO14064-1:2008 requirements; Quantify the boundary greenhouse gas emissions of the organization, and hold  Continue to push forward Wen Chamber gas reduction

1) Push Dynamic Energy saving activities to reduce the use of electricity (such as energy-saving transformation or the application of new technologies)

2) Strengthen equipment maintenance, Reduce the abnormal operation of equipment and improve the operation efficiency of equipment,  Reduce energy Loss(such as regular equipment maintenance and timely equipment update)

3) Use energy-saving equipment to reduce energy use (such as energy-saving lamps, frequency conversion equipment, etc.)  Greenhouse gas Volume reduction performance

Our company Division The implementation of the greenhouse gas emission reduction strategy will be carried out regularly according to the responsibilities of each department  Assessment   In case of improper operation and management during execution,  Punishment,  And do a good job of supervision and rectification.  Tracking

According to the inventory results of the base year2021, the Target value


The company will continue to press Photo  ISO14064-1:2008 requirements; Quantify the boundary greenhouse gas emissions of the organization, and hold  Continue to push forward Wen Chamber gas reduction

Ten 3、 Check

Internal Department check

Internal After the completion of the verification report in this year, the Department's verification team, in accordance with the Integrated Control Procedure for Greenhouse Gas Inventory,  In  The internal verification will be carried out on May 7, 2022. After verification, this report basically reflects that the company in 2021  Operation control System Greenhouse gas emissions within the scope of authority,  Compliance with relevance, consistency, integrity and accuracy  Sex and transparency The principle of clarity, the source of data assessment, no material deviation

The estimation and quantification methods selected are suitable for the company's greenhouse gas verification and recombination ISO 1 4064-1 standard Quasi Requirements

This report has been approved by It will be officially issued after being confirmed by the internal verification team

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