【Q&A】March 18, 2017
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Q: What is a fixed-bed reactor? A: A reactor in which the reactants undergo reaction by passing through a bed of catalyst particles that remain stationary is called a fixed-bed reactor. Q&A reward rules: 5 Wealth as a participation prize ； A reward of 10 Wealth for answering the key points correctly ； In-depth discussion rewards 15 wealth ； Petrochemical deep processing edition – the event to share pictures of chemical equipment has started! A vast amount of wealth, along with HaiChuan coins, is waiting for you to claim! http://bbs.hcbbs.com/thread-1760733-1-1.html Summary post for the Petrochemical Deep Processing section’s 【Question of the Day】 – updated daily by the moderator. http://bbs.hcbbs.com/thread-1496481-1-1.html Summary post of weekly topics for the Petrochemical Deep Processing section~~~ Continuously being updated! http://bbs.hcbbs.com/thread-1751483-1-1.html Petrochemical Zone—New Energy-Saving Ideas: The “Creative Thinking” Campaign http://bbs.hcbbs.com/thread-1666758-1-1.html Xiaomi phones waiting for you to claim them. A thread on the “Petrochemical Section” for collecting various chemical technology materials http://bbs.hcbbs.com/thread-1654603-1-1.html Many prizes waiting for you to win
A reactor filled with a solid catalyst or solid reactant to carry out a multiphase reaction process
A reactor filled with a solid catalyst or solid reactant to carry out a multiphase reaction process.
Also known as a packed-bed reactor, it is a type of reactor filled with solid catalysts or solid reactants to carry out multiphase reaction processes.
The catalyst is fixed in the reactor
Also known as a packed-bed reactor, it is a type of reactor filled with solid catalysts or solid reactants to carry out multiphase reaction processes. Solids are usually in granular form, with particle sizes ranging from 2 to 15 mm, and they accumulate to form a bed of a certain height (or thickness). The bed remains stationary, with the fluid flowing through it to undergo the reaction. Its difference from fluidized bed reactors and moving bed reactors is that the solid particles remain stationary. Fixed-bed reactors are primarily used to carry out gas-solid phase catalytic reactions, such as ammonia synthesis towers, sulfur dioxide contact oxidizers, and hydrocarbon steam reformers. When used in uncatalyzed gas-solid or liquid-solid reactions, the bed is filled with solid reactants. The trickle-bed reactor can also be classified as a fixed-bed reactor, with the gas and liquid phases flowing downward through the bed in co-current fashion, resulting in contact between the gas, liquid, and solid phases
Also known as a packed-bed reactor, it is a type of reactor filled with solid catalysts or solid reactants to carry out multiphase reaction processes. Solids are usually in granular form, with particle sizes of around 2 to 15 mm, and they accumulate to form a bed of a certain height (or thickness). The bed remains stationary, with the fluid flowing through it to undergo the reaction. Its difference from fluidized bed reactors and moving bed reactors is that the solid particles remain stationary. Fixed-bed reactors are primarily used to carry out gas-solid phase catalytic reactions, such as ammonia synthesis towers, sulfur dioxide contact oxidizers, and hydrocarbon steam reformers. When used in uncatalyzed gas-solid or liquid-solid reactions, the bed is filled with solid reactants. The trickle-bed reactor can also be classified as a fixed-bed reactor, with the gas and liquid phases flowing downward through the bed layer, resulting in contact between the gas, liquid, and solid phases.
Also known as a packed-bed reactor, it is a type of reactor filled with solid catalysts or solid reactants to carry out multiphase reaction processes. Solids are usually in granular form, with particle sizes ranging from 2 to 15 mm, and they accumulate to form a bed of a certain height (or thickness). The bed remains stationary, with the fluid flowing through it to undergo the reaction.
Also known as a packed-bed reactor, it is a type of reactor filled with solid catalysts or solid reactants to carry out multiphase reaction processes. Solids are usually in granular form, with particle sizes ranging from 2 to 15 mm, and they accumulate to form a bed of a certain height (or thickness). The bed remains stationary, with the fluid flowing through it to undergo the reaction. Its difference from fluidized bed reactors and moving bed reactors is that the solid particles remain stationary. Fixed-bed reactors are primarily used to carry out gas-solid phase catalytic reactions, such as ammonia synthesis towers, sulfur dioxide contact oxidizers, and hydrocarbon steam reformers. When used in uncatalyzed gas-solid or liquid-solid reactions, the bed is filled with solid reactants. The trickle-bed reactor can also be classified as a fixed-bed reactor, with the gas and liquid phases flowing downward through the bed layer, resulting in contact between the gas, liquid, and solid phases.