#Notice on Soliciting Units and Personnel Participating in the Group Standard of the Technical Standards for Safety of Hydrogen Energy Storage and Transportation
According to the description in the national "Medium and Long-term Plan for the Development of Hydrogen Energy Industry (2021-2035)", hydrogen energy is an important part of the future national energy system, and the hydrogen energy industry has become the key development direction of the country's strategic emerging industries in the future. Large-scale application of hydrogen energy is inseparable from the development of related infrastructure. The establishment of a hydrogen storage and transportation system is the key to promoting the development of hydrogen energy. Hydrogen energy is a secondary energy source with abundant sources, green, low-carbon, and widespread applications. It is gradually becoming one of the important carriers of global energy transformation and development. The "Medium and Long-Term Plan for the Development of Hydrogen Energy Industry (2021-2035)" proposes that my country should steadily build a storage and transportation system to provide solutions for achieving zero-emission energy utilization.
Hydrogen storage and transportation safety is the key to solving the problem of hydrogen transportation and resource allocation in regional cities. The promulgation of hydrogen storage and transportation safety technical specifications is an important measure to build a hydrogen energy storage and transportation system and form an intrinsically safe design for hydrogen storage and transportation. Judging from my country's experience in hydrogen pipeline transportation, the mileage of my country's long-distance pure hydrogen pipelines is less than 400 kilometers, and the operation time of pure hydrogen pipelines is less than ten years. There is a certain gap between the long operation time and long mileage of foreign hydrogen pipelines; From the perspective of the standard system, compared with the relatively complete foreign hydrogen transportation design and operation standard systems (ASME31.12, CGAG-5.6, etc.), the standards and specifications for the transportation links in my country's hydrogen industry chain are relatively weak. With the implementation of hydrogen storage and transportation projects, the safety of hydrogen energy storage and transportation has attracted widespread attention from society, and the standards and safety technical specifications for hydrogen energy storage and transportation need to be improved urgently.
In order to speed up the layout of hydrogen energy infrastructure construction, it is necessary to formulate the "Hydrogen Energy Storage and Transportation Safety Technical Standards". The main issues to be solved are as follows: 1) my country's hydrogen energy standard system is not yet complete, and there is no basis for hydrogen energy storage and transportation safety regulations. standards. From the perspective of my country's standard system, the standards and specifications for the transportation link in the hydrogen industry chain are relatively weak. Currently, my country has not issued standards or technical regulations for the safety of hydrogen energy storage and transportation. Therefore, it is necessary to deepen the construction of safety standards for hydrogen storage and transportation; 2) There is a lack of design basis for the construction date. Domestic energy companies have accelerated the deployment of the hydrogen energy industry in recent years, and the scale of hydrogen transportation is expected to grow rapidly. There is an urgent need for cross-regional pipeline transportation of hydrogen. However, there is a lack of engineering design basis for hydrogen storage and transportation safety recently.
The formulation of this standard has good application prospects. 1) In terms of technical reliability, we have accumulated rich technical experience in hydrogen-sensitive equipment, materials, engineering demonstrations, etc. at home and abroad, and have accumulated rich experience in natural gas storage and transportation. Foreign ASME31.12-2019 have made relevant regulations on pipeline acceptance, which has a good foundation for technical reliability; 2) In terms of technological advancement, this specification adopts analysis methods such as pipe hydrogen embrittlement testing and pipeline transportation finite element analysis based on an in-depth understanding of domestic and foreign standards and specifications for natural gas and hydrogen pipelines. In order to make up for the lack of technical requirements for hydrogen storage and transportation safety in the existing standards, the Technical Standard for Hydrogen Storage and Transportation Safety was approved by the Standard Chemical Operation Committee of China International Association for the Promotion of Science and Technology No. 120231413 (Annex I), which was organized and implemented by the Urban Infrastructure Branch of China International Association for the Promotion of Science and Technology.
This specification is edited by Sinopec Zhongyuan Petroleum Engineering Design Co., Ltd. The editor-in-chief is affiliated to Sinopec Petroleum Engineering Construction Co., Ltd., which is a comprehensive and integrated engineering company and technical service provider. The company has won more than 400 awards for outstanding engineering projects and scientific and technological progress achievements at or above the provincial and ministerial levels, and has obtained more than 110 national patent authorizations and 10 proprietary technology certifications. The "Safe and Efficient Development Technology and Industrial Application Project of Ultra-Large Ultra-Deep and High-Sour Gas Field", which fully participated in scientific research, won the National Special Award for Science and Technology Progress; the "Sichuan-East Gas Pipeline Project" and the "Yulin-Jinan Gas Pipeline Project", which participated in the completion of the project, won the National High-Quality Engineering Gold Medal and the First Prize in National Excellent Engineering Survey and Design. Editor-in-chief and participated in the compilation of 23 national, industry and local technical standards, and published monographs such as "Crude Oil Surface Engineering Design","Natural Gas Surface Engineering Design" and "Series of Selected Books on the Development and Construction of Exhausted Oil and Gas Reservoirs". It has formed a unique technology series covering the entire industrial chain in the oil development field and the entire industrial chain in the natural gas field, and has accumulated rich engineering in oil and gas field surface engineering, advanced natural gas processing, large-scale underground gas storage construction, long-distance pipeline engineering, etc. Engineering practical experience.
The main technical contents of this specification include: scope of application of this standard
This document applies to the safety technical management requirements for the storage, transportation and use of hydrogen in the form of gaseous compressed gas using pressure vessels in the form of storage tanks, long pipe trailers or pipes.
General provisions, normative references, terms and definitions, general requirements, provisions on hydrogen storage, hydrogen transport, hydrogen refueling stations, emergency management, etc.
All relevant enterprises and institutions are hereby cordially invited to participate in the technical standards for hydrogen storage and transportation safety.
Prepare and notify the following matters:
** 1. Requirements of participating units and participants **:
No major or above safety, environmental protection, quality and other accidents have occurred in the past three years (including less than three years since its establishment);
The drafting unit should be enterprises and institutions in relevant fields involved in the standard, be industry representative and have high manufacturing and scientific research levels, and attach importance to standardization work.
Willing to provide the financial, technical and human support needed to carry out standardization work.
Standard drafters should be familiar with industry-related work, have rich practical experience and a high theoretical level, and be able to participate in all aspects of standard drafting.
** 2. Participating units and contributors enjoy the following rights **
Participate in the formulation of the standard and become a member of the standard drafting team, and reflect the name of the unit and the name of the drafter in the standard and Huaihe text (in principle, each unit is limited to 1 person).
When a standard is upgraded to a national standard, industry standard, or revised, you will have priority to participate in the formulation and revision of the standard.
Awarded the honorary title of the standard drafting unit, and awarded the bronze medal and the drafter certificate of the enterprise drafting unit.
Assist qualified enterprises to carry out "scientific and technological achievements evaluation".
** 3. Participating units and participants will bear the following obligations **
Obey the organizational arrangements of the association, be able to actively participate in all matters related to the drafting of the standard, such as the launch, research, solicitation of opinions, review, and approval, and complete all tasks assigned by the standard drafting team on time.
The information provided during the drafting process of the standard is true, objective and scientific.
** 4. Declaration requirements **
It is planned to sign up to participate in the compilation of "Hydrogen Energy Storage and Transportation Safety"