Liquid Ammonia Cylinder
Liquid ammonia cylinder is a steel seamless gas cylinder specially used to store liquid ammonia. Cylinders are usually made of seamless steel pipes, and the outer shell is processed by high-pressure casting. Liquid ammonia is a colorless gas with a pungent odor that is liquid at normal temperatures and pressures. Since liquid ammonia has good solubility and corrosiveness, special liquid ammonia cylinders need to be used during transportation and storage. Liquid ammonia cylinders also have high sealing and safety, which can effectively protect ammonia gas from contamination or leakage.
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Product Introduction
What is Liquid Ammonia Cylinder
Liquid ammonia cylinder is a steel seamless gas cylinder specially used to store liquid ammonia. Cylinders are usually made of seamless steel pipes, and the outer shell is processed by high-pressure casting. Liquid ammonia is a colorless gas with a pungent odor that is liquid at normal temperatures and pressures. Since liquid ammonia has good solubility and corrosiveness, special liquid ammonia cylinders need to be used during transportation and storage. Liquid ammonia cylinders also have high sealing and safety, which can effectively protect ammonia gas from contamination or leakage.
Benefits of Liquid Ammonia Cylinder
High-quality construction
Our Liquid Ammonia Cylinder is made with high-quality materials, ensuring its durability and reliability. It is designed to withstand extreme pressures and temperatures, making it ideal for use in different applications.
Superior performance
The Liquid Ammonia Cylinder is designed to deliver superior performance, ensuring that it meets the demands of various applications. It is engineered to provide stable and consistent pressure, ensuring that it works efficiently and effectively.
Safe and secure
Safety is our top priority, and the Liquid Ammonia Cylinder is designed to meet the highest safety standards and regulations. It is fitted with safety valves, ensuring that it remains safe and secure during transport and use.
Easy to use
The Liquid Ammonia Cylinder is designed to be easy to use, making it ideal for various industries and applications. It is designed with a user-friendly interface, ensuring that it can be operated by anyone with minimal training or experience.
Why Choose Us
One-stop solution
We can offer a range of services, from consultation and advice to product design and delivery. It is a convenience for the customers, as they can get all the help they need in one place.
Global shipping
Our products support global shipping and the logistics system is complete, so our customers are all over the world.
Quality control
We have professional personnel to monitor the production process, inspect the products and ensure that the final product meets the required quality level standards, guidelines and specifications.
After-sale service
Our terms of work have always been fixed within the work process and one can be assured about the guarantee of the work as we are there 24/7 business hours during the time your project is being worked is on.
What Happens When Liquid Ammonia is Kept in Open Air?
When liquid ammonia is kept in open air, it will evaporate and turn into a gas. Ammonia has a boiling point of -33.34°C, so at room temperature, it will quickly evaporate and disperse into the surrounding air. Ammonia has a strong, pungent odor, so it is important to handle it carefully in a well-ventilated area.
How to Put Liquid Ammonia From Ammonia Storage Barrel Into Liquid Ammonia Cylinder
The liquid storage tank has a liquid outlet valve, which is connected to the lower port of the cylinder. The two ports of the cylinder should be placed vertically. The upper port can be decompressed to put the ammonia liquid in the liquid storage tank into the cylinder.
Transportation and Storage of Liquid Ammonia Cylinders
The transportation of liquid ammonia cylinders requires the installation of brackets or fixtures and the use of special transportation vehicles for transportation. When storing liquid ammonia cylinders, it is necessary to keep the storage area well ventilated to prevent the cylinders from being exposed to the sun and from external collisions.
The Difference Between Liquid Ammonia Cylinders and Liquid Ammonia Storage Tanks
Liquid ammonia cylinders and liquid ammonia storage tanks are very different in terms of function, capacity, structure, etc. Liquid ammonia cylinders are usually used for small-scale storage and transportation of liquid ammonia, while liquid ammonia storage tanks are used for large-scale storage and transportation of liquid ammonia. The volume of liquid ammonia cylinders is usually between 40L and 50L, while the volume of liquid ammonia storage tanks is more than 20m³. Liquid ammonia cylinders have a simple structure and are easy to transport, while liquid ammonia storage tanks have a more complex structure and require professional installation and maintenance.
How Long can Liquid Ammonia be Stored in Cylinders?
Liquid ammonia should be stored in a cylinder with good sealing performance, and then stored in a cool and ventilated environment without sunlight. If possible, it is best to store it in a warehouse below 20 degrees Celsius. As long as the liquid ammonia (ammonia gas) does not leak out, the liquid ammonia will not lose its effectiveness no matter how many years it is stored.
What are the Signs of Leakage From a Liquid Ammonia Cylinder?
Signs of leakage include a strong, pungent odor, visible frost or ice buildup around the cylinder valve or fittings, and a hissing sound indicating the release of pressurized gas. If there is an obvious smell, it means there is a leak. You can use hydrochloric acid solution to test for leaks. If the leakage point encounters hydrochloric acid, white smoke will appear.
Material of Liquid Ammonia Cylinder
Liquid ammonia cylinders are usually made of stainless steel and have excellent corrosion resistance and high temperature resistance. Liquid ammonia cylinders also have high sealing and safety, which can effectively protect ammonia gas from contamination or leakage, have a relatively long service life, and are easy to clean and maintain.
Application of Liquid Ammonia Cylinder
Agriculture
The Liquid Ammonia Cylinder is used in the agriculture industry to fertilize crops and increase their productivity. It is used to supply ammonia to agricultural fertilizers, ensuring that crops receive the required nutrients.
Chemical industry
The Liquid Ammonia Cylinder is used in the chemical industry to produce various chemicals, including synthetic fibers, plastics, and more. It is used as a raw material in the production of various chemicals, making it an essential product in the chemical industry.
Refrigeration
The Liquid Ammonia Cylinder is used in refrigeration systems as a cooling agent. It is used in refrigeration systems to cool various products, including food, beverages, and more.
Water treatment
Ammonia is employed in water treatment processes for disinfection and pH control. It's also used to remove pollutants such as nitrates and heavy metals from wastewater.
Components of Liquid Ammonia Cylinder
The structure of the liquid ammonia cylinder mainly includes the container body, ammonia storage parts, valve group, pressure gauge, heat insulation material, protective cover, etc. Liquid ammonia cylinders are characterized by simple structure, easy handling, and convenient use.
What are the Specifications of Liquid Ammonia Cylinders?
According to specifications, liquid ammonia cylinders are mainly divided into different specifications such as 5L, 13.4L, 25L, 30L, 50L, 100L, and 400L. Different specifications and volumes are suitable for different occasions. 5L and 13.4L are suitable for laboratories and small devices, 25L and 30L are used for ammonia in factories, and 50L, 100L and 400L are suitable for large chemical plants and refrigeration stations.
Liquid Ammonia Cylinder Connection Method
Preparation work: Before connecting the liquid ammonia cylinder, you must first make relevant preparation work. This includes wearing protective equipment such as gas masks and gloves, and checking whether connecting tools (pipes, tools, valves, airtight sealants, etc.) are intact.
Clean the cylinder interface: Use a metal brush or sandpaper to clean the cylinder interface surface to ensure that no foreign matter remains.
Install air-tight sealant: Apply an appropriate amount of air-tight sealant to the cylinder interface, not too much or too little.
Install pipes and valves: Connect the pipes and valves to ensure there are no leaks at the connections. If multiple liquid ammonia cylinders need to be installed, a gas pipe connector must be used to ensure that there is no leakage at the connections between multiple cylinders.
Connect to the equipment: Finally, connect the valve to the corresponding equipment to ensure that there is no leakage at the connection part.
Wear breathable protective gloves and necessary protective equipment such as shoes, helmets, goggles or masks to ensure your own safety. Check whether the device and explosion-proof electrical appliances are complete and intact. Check whether there are flammable items, fire sources and other dangerous items in the operating area. Liquid ammonia has a strong pungent smell and is an asphyxiating poison and oxidant, which requires special attention.
Operation Steps For Loading and Unloading Liquid Ammonia Cylinders
Exhaust treatment: If it has been used previously, the liquid ammonia needs to be drained and the pressure in the air valve released to prevent the bottle from exploding.
Place the cylinder: Please ensure that the cylinder is in a horizontal position and cover the gas valve and protective cap.
Connect equipment: Use professional connectors to connect the liquid ammonia cylinder and the receiving device, and make sure the connections are tight.
Open the flow valve: After checking whether the connector is secure, slowly open the liquid ammonia flow valve. Please note that the flow of liquid ammonia should be slow to avoid excessive pressure.
Close the flow valve: After the operation is completed, first close the liquid ammonia flow, and then close the connecting air valve. Unplug the cylinder and store the device in a small environment.
Why Should Liquid Ammonia Cylinders be Placed in Water?
The liquid ammonia cylinder is a special gas storage container that stores high-pressure liquid ammonia gas inside. Since liquid ammonia has a strong vapor pressure at normal temperature and is prone to gas leakage, the liquid ammonia cylinder is stored in water. When the liquid ammonia cylinder is placed in water, the immersion in the water can lower the temperature of the liquid ammonia and reduce the generation of liquid ammonia vapor, thus reducing the risk of gas leakage. At the same time, placing the liquid ammonia cylinder in the water can also prevent the cylinder from being damaged by external forces.
Precautions for Storing Liquid Ammonia Cylinders in Water
When storing liquid ammonia cylinders, first check whether the cylinder is damaged. If it is damaged, it should not be placed in water. The water quality put into the liquid ammonia cylinder also needs to be clean to avoid the impact of impurities or pollutants in the water on the liquid ammonia cylinder or liquid ammonia. The height of the cylinder in the water should ensure that the water level does not exceed half of the cylinder. An excessively high water level may cause liquid ammonia leakage. Cylinders should be stored away from machinery and equipment and other items that are prone to collision to prevent safety issues such as liquid ammonia leakage due to collisions. The room where liquid ammonia is stored should be kept ventilated. If work needs to be performed in the room, workers should wear appropriate safety equipment.
Liquid Ammonia Cylinder Storage Requirements
The environment in which liquid ammonia cylinders are stored is very important. It must be kept in a ventilated, dry, moisture-proof, and light-proof environment to avoid the effects of water vapor, acidic gases, direct sunlight, etc. on liquid ammonia cylinders.
When storing liquid ammonia cylinders, protective measures must be taken into consideration. The shell of liquid ammonia cylinders is very fragile. Collisions, friction and scratches should be avoided as much as possible to avoid danger.
Liquid ammonia cylinders should be stored in a ventilated, clean and dry environment away from fire sources, electrical appliances and other flammable and explosive substances. At the same time, to prevent the cylinder from collapsing or toppling, it must be placed firmly on a stable ground.
The safe use of liquid ammonia cylinders is very important. When storing liquid ammonia cylinders, it is not only to maintain the service life of the cylinder itself, but also to avoid dangerous situations and ensure the safety of personnel and property.
Precautions for Liquid Ammonia Cylinders
Safety performance testing
Each liquid ammonia cylinder must undergo strict inspections before leaving the factory, including static water pressure test, air tightness test, bump test, thermal shock test, etc. During use, its safety performance should also be checked regularly and corresponding maintenance and repairs should be made.
Storage environment
The storage environment of liquid ammonia cylinders should be well ventilated, dry and clean, and away from heat sources, fires and other flammable and explosive items, to ensure that the temperature and humidity of the storage environment are appropriate.
Transportation and use
Liquid ammonia cylinders should be handled with care during transportation and use to avoid bumps and heavy pressure; when opening the bottle valve and taking out the liquid ammonia, necessary measures must be taken to ensure safety.
Our Factory
We have professional production equipment and testing equipment. We attach great importance to quality management and occupational health. At the same time, we has obtained a number of invention patents, providing a solid backing for the company's technical development and protection.
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