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According to news on January 14th, Topsoe recently announced that it has officially launched the world’s only natural gas-gasoline combined plant in Turkmenistan.
This plant includes the world’s largest autothermal reforming (ATR)-based methanol plant, which has Pousso’s SynCOR Methanol solution has a methanol production capacity of 5,225 metric tons per day
.
The Haldor Topsoe TIGAS plant in Turkmenistan is the world's largest autothermal reforming-based methanol plant
.
In Turkmenistan's natural gas-gasoline combined plant, SynCOR Methanol solution is combined with a gasoline synthesis loop to produce synthetic gasoline, which is called SynCOR TIGAS
.
In the past two years, Topsoe has signed five license agreements for similar capacity based on SynCOR technology, and these projects are at different stages of development
.
The global demand for methanol is increasing, so investors and manufacturers plan to build large, more energy-efficient plants to achieve economies of scale
.
This makes SynCOR the technology of choice for synthesis gas production in many large-scale projects in the world today, because it maximizes single-line production capacity while significantly reducing capital and operating costs
.
When combined with Topsoe's methanol synthesis loop, the result is SynCOR Methanol, which is the most cost-effective large-scale methanol technology in industrial operations today, with a methanol production capacity of up to 10,000 tons/day
.
In addition to the obvious economic benefits of SynCOR technology, it also has considerable environmental advantages.
Compared with traditional licensed technology, it has smaller carbon dioxide emissions and lower water consumption
.
? Based on 70 years of experience in the synthesis gas field, all SynCOR solutions provide over 99% availability and unparalleled economies of scale
.
The SynCOR solution is suitable for large-scale base-level ammonia, methanol, hydrogen, carbon monoxide, TIGAS and gas-liquid (GTL) plants, as well as synthesis gas centers that produce a variety of products
.
This plant includes the world’s largest autothermal reforming (ATR)-based methanol plant, which has Pousso’s SynCOR Methanol solution has a methanol production capacity of 5,225 metric tons per day
.
The Haldor Topsoe TIGAS plant in Turkmenistan is the world's largest autothermal reforming-based methanol plant
.
In Turkmenistan's natural gas-gasoline combined plant, SynCOR Methanol solution is combined with a gasoline synthesis loop to produce synthetic gasoline, which is called SynCOR TIGAS
.
In the past two years, Topsoe has signed five license agreements for similar capacity based on SynCOR technology, and these projects are at different stages of development
.
The global demand for methanol is increasing, so investors and manufacturers plan to build large, more energy-efficient plants to achieve economies of scale
.
This makes SynCOR the technology of choice for synthesis gas production in many large-scale projects in the world today, because it maximizes single-line production capacity while significantly reducing capital and operating costs
.
When combined with Topsoe's methanol synthesis loop, the result is SynCOR Methanol, which is the most cost-effective large-scale methanol technology in industrial operations today, with a methanol production capacity of up to 10,000 tons/day
.
In addition to the obvious economic benefits of SynCOR technology, it also has considerable environmental advantages.
Compared with traditional licensed technology, it has smaller carbon dioxide emissions and lower water consumption
.
? Based on 70 years of experience in the synthesis gas field, all SynCOR solutions provide over 99% availability and unparalleled economies of scale
.
The SynCOR solution is suitable for large-scale base-level ammonia, methanol, hydrogen, carbon monoxide, TIGAS and gas-liquid (GTL) plants, as well as synthesis gas centers that produce a variety of products
.
