Analysis of Administrative License Applications for Such Equipment

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This post was last edited by ZSC19751013 on 2010-9-20 at 09:43.
Basic information: Author: Xu Fu’an; Publisher: China Standard Press; Publication date: 2009-04; ISBN: 750665226; Edition: 1; Binding: Paperback; Format: 16mo; Number of pages: 421; Printing runs: 1.
Category: Books > Management > Business Management > Administrative Management > (Classification details and corrections)
Content description: This book focuses on the application process for special equipment permits. It covers topics such as the concept of special equipment, the types of permits required for special equipment, the scope of such permits, the hierarchical implementation of permit processes, the conditions for obtaining permits, as well as the procedures and required documents for applications. It provides an overview of the basic content of each topic and explains the main requirements outlined in relevant laws and regulations, with particular attention paid to the latest documents and guidelines. By doing so, it helps readers gain a comprehensive understanding of each topic. At the same time, the relevant legal provisions or summaries of their main contents are provided below to facilitate centralized study and comparison; therefore, it is highly practical for the application and management of administrative permits for special equipment. 　　The Regulations on the Safety Supervision of Special Equipment establish clear provisions regarding the administrative permits for the production, use, inspection, and testing of special equipment such as boilers, pressure vessels, pressure pipelines, elevators, lifting machinery, passenger cableways, large-scale amusement facilities, and motor vehicles used within sites (factories). \"Analysis of Applications for Administrative Licenses for Special Equipment\" takes applications for such licenses as its focus, and covers topics including the concept of special equipment, the items subject to licensing, the scope of licensing, the hierarchical implementation of licensing, the requirements for obtaining licenses, as well as the application procedures and necessary documents. It provides an overview of the basic content of each topic and outlines the main requirements outlined in relevant laws and regulations, with explanations based on the latest documents and regulations, thereby enabling readers to gain a comprehensive understanding of each topic. At the same time, the relevant legal provisions or summaries of their main contents are provided below to facilitate centralized study and comparison; therefore, it is highly practical for the application and management of administrative permits for special equipment. Author Profile
Name: Xu Fu’an
Author’s Introduction:
Work: “Analysis of Applications for Administrative Licenses for Special Equipment”

Table of Contents
Introduction
0.1 The History of Safety Supervision of Special Equipment in China
0.2 The Safety Supervision System for Special Equipment in China
0.3 An Overview of China’s Special Equipment Industry
0.4 Querying Information on Special Equipment Licenses

Chapter 1 Concept of Special Equipment
1.1 Overview
1.2 Special Equipment
1.3 Relevant Laws, Regulations, and Documents

Chapter 2 Special Equipment Licensing Items
2.1 Overview
2.2 Special Equipment Licensing Items
2.3 Relevant Laws, Regulations, and Documents

Chapter 3 Scope of Special Equipment Licensing
3.1 Overview
3.2 Scope of Special Equipment Licensing
3.3 Relevant Laws, Regulations, and Document Summaries

Chapter 4 Hierarchical Implementation of Special Equipment Licensing
4.1 Overview
4.2 Hierarchical Implementation of Special Equipment Licensing
4.2.1 Principles for Hierarchical Implementation of Domestic Special Equipment Licensing
4.2.2 Hierarchical Implementation of Domestic Special Equipment Licensing
4.3 Relevant Laws, Regulations, and Documents

Chapter 5 Classification of Special Equipment Licensing Levels
5.1 Overview
5.2 Classification of Licensing Levels for Pressure Vessels and Pressure Pipelines
5.2.1 Classification of Design Categories and Levels for Pressure Vessels
5.2.2 Classification of Design Categories and Levels for Pressure Pipelines
5.2.3 Relationship Between Design Categories and Levels for Pressure Vessels and Pressure Pipelines
5.2.4 Relevant Laws, Regulations, and Document Summaries
5.3 Classification of Licensing Levels for Special Equipment Manufacturing
5.3.1 Classification of Licensing Levels for Boiler Manufacturing
5.3.2 Classification of Licensing Levels for Pressure Vessel Manufacturing
5.3.3 Classification of Licensing Levels for Pressure Pipeline Components Manufacturing
5.3.4 Classification of Licensing Levels for Elevator Manufacturing
5.3.5 Classification of Licensing Levels for Lifting Machinery Manufacturing
5.3.6 Classification of Licensing Levels for Large Amusement Facilities Manufacturing
5.3.7 Classification of Licensing Levels for Passenger Cableways Manufacturing
5.3.8 Classification of Licensing Levels for Industrial Motor Vehicles Manufacturing
5.3.9 Relevant Laws, Regulations, and Documents
5.4 Classification of Licensing Levels for Special Equipment Installation, Modification, and Repair
5.4.1 Classification of Licensing Levels for Boiler Installation and Modification
5.4.2 Classification of Licensing Levels for Pressure Vessel Installation, Modification, and Repair
5.4.3 Classification of Licensing Levels for Pressure Pipeline Installation
5.4.4 Classification of Licensing Levels for Mechanical and Electrical Special Equipment Installation, Modification, and Repair

Excerpts
Chapter 1 Concept of Special Equipment
1.1 Overview
Special equipment as referred to in the “Regulations on Safety Supervision of Special Equipment” includes eight major categories of equipment that are related to life safety and pose high risks, such as boilers, pressure vessels (including gas cylinders), pressure pipelines, elevators, lifting machinery, passenger cableways, large amusement facilities, and industrial motor vehicles used within factories or sites. It also includes the materials, safety accessories, and safety protection devices used with these equipment, such as steel plates for boilers and pressure vessels, safety valves, rupture discs, as well as safety protection devices for elevators and lifting machinery. Typically, boilers and pressure vessels are referred to as special equipment under pressure ； Elevators, lifting machinery, passenger cable cars, and large-scale amusement facilities are known as special mechanical and electrical equipment. 　　1.2 Special Equipment According to the interpretation in the Supplementary Provisions of Chapter 8 of the Regulations on the Safety Supervision of Special Equipment, special equipment such as boilers, pressure vessels, pressure pipelines, elevators, lifting machinery, passenger cableways, large-scale amusement facilities, and specialized motor vehicles used within sites (factories) refers to boilers, which are devices that use various fuels, electricity, or other forms of energy to heat the liquid contained within them to certain parameters and thereby release thermal energy; these boilers are defined as those with a capacity of 30 liters or more for pressurized steam generation ； Pressure-bearing hot water boilers with an outlet water pressure of 0.1 MPa (gauge pressure) or higher, and a rated power of 0.1 MW or higher ； Organic heat carrier boiler. Pressure vessels refer to enclosed devices used for holding gases or liquids and subjected to certain pressures. They include both fixed and mobile containers in which the maximum operating pressure is 0.1 MPa (gauge pressure) or more, and the product of pressure and volume is 2.5 MPa•L or more, and which are used for gases, liquefied gases, and liquids whose maximum operating temperature is equal to or higher than their standard boiling point ； Gas cylinders, liquefied gas cylinders, and cylinders for liquids with a standard boiling point of 60°C or lower, whose nominal working pressure at full charge is greater than or equal to 0.2 MPa (gauge pressure), and whose product of pressure and volume is greater than or equal to 1.0 MPa•L ； Oxygen chambers, etc. Pressure pipelines refer to tubular devices that use a certain pressure to transport gases or liquids. They are defined as pipelines for gas, liquefied gas, steam, or liquid media that are flammable, explosive, toxic, corrosive, and have a maximum operating temperature equal to or higher than their standard boiling point, with a maximum working pressure of 0.1 MPa (gauge pressure), and a nominal diameter of more than 25 mm.