The 2017-2022 China Liquefied Gas Tank Industry Development Report aims to provide reference services for banks granting credit, investors considering investments in the liquefied gas tank industry, and enterprises in the liquefied gas tank industry and related sectors in developing strategic plans. The report compiled by the Brief Industry Research Institute first offers a summary analysis of the general development of the liquefied gas tank industry, with the intent to inform readers about the current development trends and market situation within the domestic liquefied gas tank industry. It conducts a detailed and in-depth analysis of the market status and sub-industry development within the Chinese liquefied gas tank industry, fully analyzes the development trends of the industry in China, and proposes some viewpoints and suggestions. The report does not cover the production technologies related to the liquefied gas tank industry; interested parties may refer to other reports in this industry or consult customer service. The report primarily presents factual statements, supplemented by objective analysis, and its content is for reference only.
The 2017-2022 China Liquefied Gas Storage Tank Industry Development Report consists of approximately 176 pages and over 115,000 words, including more than 110 charts. The report was updated and completed in October 2017. It is divided into eleven chapters, with the first chapter providing an overview of the international liquefied gas storage tank industry and its trends. Chapters two and three analyze the domestic industry's development environment and current situation, including market competition, foreign investment, and existing issues. Chapters four to seven offer detailed data analysis of the overall business status of the Chinese liquefied gas storage tank industry. Chapter eight compares and analyzes over ten key domestic companies within the industry, aiming to provide readers with insights into the operating status and future development plans of competitors or related enterprises. The report also analyzes the financing characteristics, investment opportunities, and risks in the liquefied gas storage tank industry, along with recommendations.
Cautionary Notes for Using Natural Gas Storage Tanks: These are jacketed vacuum powder-insulated pressure vessels used for storing and supplying low-temperature liquefied gases, widely applied in industrial production. Analysis of the hazardous characteristics of low-temperature liquids: They possess lower boiling points, high expansibility, strong asphyxiating properties, and strong oxidizing characteristics. Boiling points at 101.3 KPa: Liquid nitrogen at -196°C, liquid oxygen at -183°C, and liquid argon at -186°C. Contact with the human body can cause severe frostbite on the skin and eyes. In case of minor leaks or internal leakage in valves and pipes, low-temperature liquids absorb nearby environmental heat, causing rapid condensation and frost formation at the leak point, which can freeze severely. If low-temperature liquids absorb high heat from the surrounding environment or experience large-scale leaks, their volume expands rapidly due to quick vaporization. At 0°C and 101.3 KPa pressure, the gas volume of 1L of low-temperature liquids after vaporization: nitrogen at 674L, oxygen at 800L, and argon at 780L. Inside sealed containers or pipes, the pressure can rise due to the vaporization of low-temperature liquids, which can easily lead to overpressure explosions. In the environment near low-temperature liquid storage tanks, the vaporization of leaked low-temperature liquids can easily form rich gas regions. High concentrations of nitrogen, argon, or carbon dioxide can cause asphyxiation injuries. Additionally, high oxygen concentrations can lead to oxygen-rich injuries. Oxygen is a strong oxidizing agent with high oxidizing power. Liquid oxygen, when in contact with combustible materials, can easily ignite upon exposure to open flames; contact can cause explosions due to shock or impact; and mixing with combustible materials poses a latent explosion risk. Liquid oxygen can adhere to clothing and fabrics, and upon ignition, can cause flash fires, causing harm to individuals.
