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Standard for collection, packaging, and sampling of petroleum chemical solid waste catalysts released
Release time:
28 Dec,2018
Standard for Collection, Packaging, and Sampling of Petrochemical Solid Waste Catalysts Released
| Standard Details | |||
|---|---|---|---|
| Standard Status | Current | ||
| Standard Number | T/CRRA 0705—2018 | ||
| Chinese Title | Specification for the Collection of Petrochemical Solid Waste Catalysts | ||
| English Title | Specification for the collection of solid spent petrochemical catalysts | ||
| International Standard Classification Number | 71.100.99 Other Chemical Products | ||
| China Standard Classification Number | G74 | ||
| National Economic Classification | N772 Environmental Management Industry | ||
| Release Date | December 18, 2018 | ||
| Implementation Date | January 1, 2019 | ||
| Drafters | Yuan Zhiwei, Liu Zhijian, Li Ye, Xu Jinsong, Yin Xiping, Hua Xianjun, Xiong Qingfeng, Bian Jiang, Xia Jun, Jiang Shaoyang, Guo Jichuan, Chen Jianfeng, Dong Changhong, Yang Shuanghua, Gong Hong, Xu Zhun, Jian Zhuming, Zhang Jun, Huang Xiaowei, Yao Yunhui, Sun Yan, Luo Chengjun, Yu Zhongdi. | ||
| Drafting Units | Sinopec Catalyst Co., Ltd., Sinopec Hainan Refining & Chemical Co., Ltd., Sinopec Shanghai Petrochemical Co., Ltd., Sinopec Yangzi Petrochemical Co., Ltd., Zhenhai Refining & Chemical Company of Sinopec, Sinopec Shanghai Gaoqiao Petrochemical Co., Ltd., Sinopec Maoming Branch, Sinopec Jinling Branch, Sinopec Changling Branch, Sinopec Anqing Branch, Guiyan Resources (Yimen) Co., Ltd., Xuzhou Haotong New Materials Technology Co., Ltd., Yunlong County Botui Precious Metal Technology Co., Ltd., Jiangsu Zhongming New Materials Co., Ltd., Zhejiang Shenlian Environmental Protection Group Co., Ltd., Zhejiang Teli Renewable Resources Co., Ltd., Hebei Xinrui Renewable Resource Utilization Co., Ltd., Tonghua Platinum Enterprise Management (Beijing) Co., Ltd. | ||
| Scope | This standard specifies the terminology and definitions, general requirements, hazardous characteristics, process control of collection, internal transportation and storage of petrochemical solid waste catalysts. This standard applies to the collection of solid waste catalysts including spent fluid catalytic cracking catalysts, spent hydrotreating catalysts, spent reforming catalysts, spent xylene isomerization catalysts, spent terephthalic acid hydrogenation catalysts, and spent ethylene oxide catalysts. | ||
| Main Technical Content | Technical Content 1: Terminology and definitions Definition of petrochemical solid waste catalysts: solid spent petrochemical catalysts, solid catalysts that have been discarded during the processing of petrochemical products. Technical Content 2: General requirements for collection This part mainly makes general requirements for safety management measures, risk prevention, process supervision, personnel training system, development of on-site operation plan and emergency plan, selection of packaging materials, classification of collection and storage, and process records during the entire collection process. Technical Content 3: Determination of hazardous characteristics Referring to the classification in GB 6944-2012, the hazardous category of the waste catalysts within the scope of this standard is defined as category 6.1. At the same time, the oily substances adhering to the spent hydrotreating catalysts discharged from the device can cause spontaneous combustion when they reach a certain temperature after contacting with air; the carrier of spent terephthalic acid hydrogenation catalyst is activated carbon, which can also cause spontaneous combustion when it reaches a certain temperature after contacting with air. Therefore, these two types of waste agents also have the hazardous characteristics of self-heating, and the hazard category is 4.2. Technical Content 4: Collection process control The collection of petrochemical solid waste catalysts (hereinafter referred to as waste agents) determined in this standard mainly includes two aspects: one is the activity of unloading the waste agents from the petrochemical device and concentrating them into corresponding packaging containers or transport vehicles; the other is the internal transportation activity of concentrating the packaged or loaded waste agents into the temporary storage facilities within the waste generating unit. At the same time, this standard provides the principles of collection classification, and standardizes collection preparation, common and control measures, unloading preparation, unloading operation, sampling, packaging, and recording. Technical Content 5: Internal transportation Referring to HJ 2025-2012 "Technical Specifications for Collection, Storage and Transportation of Hazardous Waste", combined with the characteristics of petrochemical waste catalysts, this standard puts forward relevant technical requirements for internal transportation. Technical Content 6: Storage According to the relevant requirements of the "Environmental Protection Law of the People's Republic of China on Solid Waste Pollution", GB 18597-2001, and HJ 2025-2012, combined with the characteristics of petrochemical waste catalysts, this standard puts forward relevant technical requirements for the storage of waste agents. | ||
| Does it contain intellectual property information? | No | ||
| Standard Text | Click on the bottom of the article to read more -- search for the standard name | ||
| Standard Details | |||
|---|---|---|---|
| Standard Status | Current | ||
| Standard Number | T/CRRA 0704—2018 | ||
| Chinese Title | Specification for Packaging of Petrochemical Solid Waste Catalysts | ||
| English Title | Specification for packaging of solid spent petrochemical catalysts | ||
| International Standard Classification Number | 71.100.99 Other Chemical Products | ||
| China Standard Classification Number | G74 | ||
| National Economic Classification | N772 Environmental Management Industry | ||
| Release Date | December 18, 2018 | ||
| Implementation Date | January 1, 2019 | ||
| Drafters | Yuan Zhiwei, Li Ye, Xu Jinsong, Wang Wei, Yin Xiping, Xiong Qingfeng, Hua Xianjun, Bian Jiang, Dong Changhong, Jiang Shaoyang, Ye Biao, Xi Hongjie, Jian Zhuming, Chen Jianfeng, Gong Hong, Wang Yup, Zhang Jun, Huang Xiaowei, Yao Yunhui, Sun Yan, Guo Jichuan, Luo Chengjun, Yu Zhongdi. | ||
| Drafting Units | Sinopec Catalyst Co., Ltd., Sinopec Hainan Refining & Chemical Co., Ltd., Nanjing Greike Special Packaging Container Co., Ltd., Guiyan Resources (Yimen) Co., Ltd., Hebei Xinrui Renewable Resource Utilization Co., Ltd., Sinopec Shanghai Petrochemical Co., Ltd., Sinopec Yangzi Petrochemical Co., Ltd., Zhenhai Refining & Chemical Company of Sinopec, Xuzhou Haotong New Materials Technology Co., Ltd., Yunlong County Botui Precious Metal Technology Co., Ltd., Jiangsu Zhongming New Materials Co., Ltd., Zhejiang Shenlian Environmental Protection Group Co., Ltd., Zhejiang Teli Renewable Resources Co., Ltd., Tonghua Platinum Enterprise Management (Beijing) Co., Ltd., Sinopec Maoming Branch, Sinopec Jinling Branch, Sinopec Shanghai Gaoqiao Petrochemical Co., Ltd., Sinopec Changling Branch, Sinopec Anqing Branch. | ||
| Scope | This standard specifies the terminology and definitions, hazardous characteristics and packaging categories, basic packaging requirements, packaging methods and specifications, packaging container performance requirements, packaging sealing technical requirements, as well as packaging marks, codes and labels for the packaging of spent petrochemical catalysts. This standard applies to the packaging of spent fluid catalytic cracking catalysts, spent hydrocracking catalysts, spent reforming catalysts, spent xylene isomerization catalysts, spent terephthalic acid hydrogenation refining catalysts, and spent ethylene oxidation catalysts for ethylene oxide production. | ||
| Main Technical Content | Technical Content 1: Terminology and Definitions To meet the needs of spent catalyst packaging in this standard and to correctly understand the relevant terms, this standard defines terms such as packaging, packaging unit, dangerous goods packaging, packaging materials, steel drums, special containers, flexible intermediate bulk containers (FIBCs), and mobile tank containers, combining the properties and actual situation of solid spent catalysts. To ensure consistency with other domestic basic standards and avoid ambiguity, other terms and definitions used in this standard, besides solid spent petrochemical catalysts, are directly cited from GB/T 4122 series standards and JT/T 617 series standards. Technical Content 2: Hazardous Characteristics and Packaging Categories The six types of petrochemical solid spent catalysts within the scope of this standard are all listed in the "National Catalog of Hazardous Wastes" issued by the country in 2016, and the defined hazardous characteristics are toxicity. As hazardous waste, the selection of packaging for spent catalysts should be determined according to its hazard level. By comparing the types and contents of various elements in various types of spent catalysts and their corresponding fresh catalysts, the hazardous characteristics and packaging categories of spent fluid catalytic cracking catalysts, spent hydrocracking catalysts, spent reforming catalysts, spent xylene isomerization catalysts, spent terephthalic acid hydrogenation refining catalysts, and spent ethylene oxidation catalysts for ethylene oxide production are finally determined. Technical Content 3: Basic Packaging Requirements Based on the provisions of Article 20 of the "Clean Production Promotion Law of the People's Republic of China", GB 12463-2009 "General Technical Conditions for Packaging of Dangerous Goods Transportation", and GB 19269 "Safety Regulations for Inspection of Dangerous Goods Packaging in Road Transportation", combined with the properties of petrochemical solid spent catalysts, this chapter proposes basic principles and requirements for the packaging and marking of petrochemical solid spent catalysts, which are common requirements that all spent catalyst packaging should follow. Technical Content 4: Packaging Methods and Specifications According to the different properties of petrochemical solid spent catalysts, combined with the requirements of transportation and protection, and further implementing the hazardous characteristics and packaging categories defined in Chapter 4 of the standard, as well as the basic requirements in Chapter 5, referring to the relevant requirements in GB 19269-2009, GB/T 19434-2009, JT/T 617, etc., the requirements for packaging materials, packaging methods, and specifications (packaging measurement) are determined. Technical Content 5: Performance Requirements of Packaging Containers The manufacturing and testing requirements of various packaging containers used in spent catalyst packaging in this standard shall comply with the requirements of national mandatory standards, and mobile tank containers shall comply with the requirements of the United Nations "Model Regulations". Technical Content 6: Technical Requirements for Packaging Sealing The quality of packaging sealing is crucial and must ensure that the contents are not lost during handling, storage, and transportation. According to different packaging methods, this standard specifies the main requirements for packaging sealing quality. Technical Content 7: Packaging Marks, Codes and Labels According to the properties of spent catalysts and the mandatory requirements for hazardous waste packaging marking, a hazardous waste label shall be firmly affixed or hung on the outer packaging of spent catalysts. The label content and warning signs should comply with the provisions of Appendix A of GB 18597-2001. The codes and marks of special containers and FIBCs shall comply with the provisions of Chapter 5 of GB 19434-2009, and the marking codes of steel drums shall comply with the provisions of Chapter 5 of GB 19269-2009. | ||
| Does it contain intellectual property information? | No | ||
| Standard Text | Click on the bottom of the article to read more -- search for the standard name | ||
| Standard Details | |||
|---|---|---|---|
| Standard Status | Current | ||
| Standard Number | T/CRRA 0703—2018 | ||
| Chinese Title | Sampling method of solid spent petrochemical catalysts | ||
| English Title | Sampling method of solid spent petrochemical catalysts | ||
| International Standard Classification Number | 71.100.99 Other Chemical Products | ||
| China Standard Classification Number | G74 | ||
| National Economic Classification | N772 Environmental Management Industry | ||
| Release Date | December 18, 2018 | ||
| Implementation Date | January 1, 2019 | ||
| Drafters | Yuan Zhiwei, Li Ye, Xu Jinsong, Yin Xiping, Hua Xunjun, Dong Changhong, Jiang Shaoyang, Xia Jun, He Xiaotang, Yu Jianmin, Zhang Jun, Huang Xiaowei, Gong Hong, Xu Zhun, Yang Bo, Bian Jiang, Yao Yunhui, Sun Yan, Guo Jichuan, Luo Chengjun, Yu Zhongdi. | ||
| Drafting Units | China Petrochemical Catalyst Co., Ltd., China Petrochemical Hainan Refinery and Chemical Co., Ltd., China Petrochemical Shanghai Petrochemical Co., Ltd., China Petrochemical Yangzi Petrochemical Co., Ltd., Zhenhai Refining & Chemical Co., Ltd. of Sinopec, Shanghai Gaoqiao Petrochemical Co., Ltd., Maoming Branch of China Petrochemical Corporation, Guirenyuan Resources (Yimen) Co., Ltd., Xuzhou Haotong New Materials Technology Co., Ltd., Yunlong County Botui Precious Metals Technology Co., Ltd., Jiangsu Zhongming New Materials Co., Ltd., Zhejiang Shenlian Environmental Protection Group Co., Ltd., Zhejiang Teli Renewable Resources Co., Ltd., Tonghua Platinum Enterprise Management (Beijing) Co., Ltd., Jinling Branch of China Petrochemical Corporation, Changling Branch of China Petrochemical Corporation, Anqing Branch of China Petrochemical Corporation. | ||
| Scope | This standard specifies the terminology and definitions, general requirements, sampling equipment, sampling plan, sample preparation, sample submission, storage and disposal, and sampling safety for the sampling method of solid spent petrochemical catalysts. This standard applies to spent hydrocracking catalysts, spent reforming catalysts, spent xylene isomerization catalysts, spent terephthalic acid hydrogenation refining catalysts, and spent ethylene oxidation catalysts for ethylene oxide production. Other types of spent catalysts can be used with reference. | ||
| Main Technical Content | Technical Content 1: Terminology and Definitions To meet the needs of spent catalyst sampling in this standard, this standard defines some terms in combination with the properties and actual situations of solid waste catalysts. To ensure consistency with international standards and other domestic basic standards and avoid ambiguity, considering that petrochemical solid waste catalysts themselves belong to the category of chemical products, this standard directly quotes 11 terms and definitions such as sampling unit, sample portion, sample, representative sample, sampling plan, delivery batch, commercial batch, bulk sample, mixed bulk sample, subsample, and final sample from GB/T 4650-2012/ISO 6206:1979 "Industrial chemical products Sampling Vocabulary", and independently defines 7 terms such as petrochemical solid waste catalyst, test sample, review sample, arbitration sample, retained sample, unit material, and fluid material.Technical Content 2: General Requirements This chapter presents the basic principles and requirements that should be followed for sampling petrochemical solid waste catalysts. These are 8 common requirements that should be followed for all spent catalyst sampling. These mainly include: 1) Clarification of the purpose of sampling and the requirements for sample representativeness; 2) Requirements for sampling personnel; 3) Requirements for the sampling process; 4) Requirements for sampling tools and containers; 5) Requirements for the basic sample quantity; 6) Requirements for the final sample; 7) Requirements for sampling records; 8) Requirements for sampling participants.Technical Content 3: Sampling Equipment For petrochemical solid waste catalysts, the selection of sampling equipment is crucial and is a prerequisite and basis for implementing the sampling plan and ensuring sample representativeness. Based on the sample properties (attributes, appearance) and the requirements of the sampling plan, combined with the current actual situation, and referring to GB/T 6679-2003 "General rules for sampling solid chemical products", this standard recommends various on-site sampling equipment and homogeneous sampling equipment needed.Technical Content 4: Sampling Plan Before sampling, the scope and quantity of the overall material need to be defined in advance. Based on the attributes of petrochemical solid waste catalysts, taking into account factors such as interests, risks, costs, and operability, this standard stipulates grouping rules, determination of the number of sampling units, and sampling methods for reforming spent catalysts, xylene isomerization spent catalysts, purified terephthalic acid hydrogenation spent catalysts, ethylene oxide production spent catalysts, and residue oil hydrogenation spent catalysts.Technical Content 5: Sample Preparation This standard recommends a technical scheme in which portions obtained from sampling units are combined into a bulk sample, and after the bulk sample is mixed evenly, it is gradually reduced to obtain a final sample, from which test samples, review samples, arbitration samples, and retained samples are equally divided. There are various ways to mix bulk samples, and this standard recommends two methods: the spreading mixing method and the riffler mixing method.Technical Content 6: Sample Submission, Preservation, and Disposal To avoid changes in sample properties (such as water absorption and oxidation) and maintain sample consistency, samples should be submitted promptly. Based on the properties, hazard level, and traceability requirements of solid waste catalysts, samples should be stored in a dry room temperature environment, sealed, and the storage period should be agreed upon by three parties or no less than 12 months. When disposing of samples, methods such as recycling, reuse, resource utilization, and harmless treatment should be used to avoid environmental pollution.Technical Content 7: Sampling Safety Petrochemical solid waste catalysts are listed in the "National Hazardous Waste Catalog", and sampling safety shall comply with the relevant provisions of GB/T 3723. | ||
| Does it contain intellectual property information? | No | ||
| Standard Text | Click on the bottom of the article to read more -- search for the standard name | ||
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