Intratec Chemical Process Library is the first free online encyclopedia of chemical process technologies. Our Library covers not only processes description themselves, but also the economics surrounding chemicals production, providing real-world knowledge on the production of several chemical commodities. Click here to check all chemicals covered.
In this page you will find free data about Methanol, including:
- What is Methanol
- How to make Methanol
- Methanol uses and applications
This page presents brief synopsis of Methanol production technology, describing, in a concise way, relevant technical and economic aspects. Each manufacturing process description will consist of:
- Major process steps
- Simplified, schematic flow diagram & key equipment
- Important safety or environmental considerations
- Economic perspective, comprising capital expenditures and/or operating expenses
All content from Intratec's Chemical Process Library was produced based on reports published by Intratec. To learn more about Methanol production processes presented below and others examined in Intratec reports, click here.
Methanol Manufacture from Natural Gas
Methanol (methyl alcohol) is an important chemical commonly used as a solvent, as a starting material in the production of chemicals and in the fuels sector. In recent years, technologies that have developed using methanol as the main raw material include methanol-to-gasoline (MTG), methanol-to-olefins (MTO) and methanol-to-propylene (MTP) processes.
The following describes a process for producing methanol from natural gas that employs combined reforming for the generation of synthesis gas (syngas). Companies offering combined reforming technologies similar to the one discussed here include: Air Liquide Global E&C Solutions; Toyo Engineering Corp.; KBR Inc.; Johnson Matthey and Haldor Topsoe A/S.
Natural gas feedstock passes through a desulfurization step and is then fed to a saturator, where process water is supplied until gas saturation is achieved. The saturated natural gas is then sent to a pre-reformer for converting the larger hydrocarbons in the feed gas into a gas rich in methane and hydrogen. The pre-reformed gas is split into two streams: a portion is fed to the steam-reformer, with the balance being fed directly to the autothermal reformer (ATR).
In the steam reformer, methane reacts catalytically with steam, generating CO and H2. In the ATR, methane is converted to CO and H2 using oxygen as the reforming agent. The ATR outlet stream is then cooled and the condensed water is separated from the syngas.
The syngas is compressed and mixed with ...
The purification area is ...