Kayarus Supra Brown GTL - Names and Identifiers
Kayarus Supra Brown GTL - Introduction
Direct brown GTL(Gas-to-Liquids) is a technology that converts natural gas directly into liquid fuels or chemicals. It uses a catalyst to convert methane (CH4) in natural gas into synthesis gas (synthesis gas is composed of a part of carbon monoxide and carbon dioxide), and then undergoes a series of synthesis reactions, and finally converts it into different types of liquid products.
The liquid products produced by direct brown GTL usually include paraffin, diesel, jet fuel and lubricating oil. Due to their high energy density and low sulfur, aromatic and impurity content, these products are widely used in petrochemical, transportation, lubricants and aviation industries.
the preparation method of direct brown GTL mainly includes the following steps:
1. natural gas purification: natural gas containing impurities will be purified, such as the removal of sulfide, water vapor and so on.
2. gas phase catalytic cracking: the purified natural gas is passed through a catalyst to decompose methane into synthesis gas.
3. synthesis gas conversion: the use of catalysts to convert synthesis gas into liquid products, such as through the synthesis of alcohol, synthetic paraffin and other reaction pathways.
4. Separation and rectification: The converted products are separated and rectified to obtain different types of liquid products.
The safety information of direct brown GTL includes: pay attention to the safety of operators during the manufacturing process, and follow the corresponding safety regulations when storing and transporting liquid products to prevent accidents such as fire and explosion. In addition, it is necessary to ensure the normal operation of the catalyst and treat the waste and wastewater in time to reduce environmental pollution.
It should be noted that the direct brown GTL technology has certain energy consumption and environmental impact, so its economy and sustainability need to be comprehensively considered in the application process.
Last Update：2024-04-09 21:04:16