◼PRODUCT DESCRIPTION
product complies with the industry standard HG/T4107-2016 (issued by the Ministry of Industry and Information Technology of the People's Republic of China on October 22, 2016). Under this activity test condition, the technical control indicators of this catalyst product.
◼Methanol
In methanol production, improving equipment utilization, conversion efficiency, carbon efficiency, and energy efficiency are key to ensuring efficient operations. Leveraging our industry-leading syngas technology, combined with efficient methanol synthesis processes, highly active catalysts, and specialized services, we can adapt to a wide range of syngas feedstocks, including coal and shale gas, to achieve high methanol yields. Our simplified operation, significantly reduced downtime, and improved energy efficiency will help customers improve overall production performance while significantly reducing total operating costs.
Chemicalcompositionofcatalyst | CuO:≥54%,ZnO:≥17%,Al203:9%(thisratioistheproportionofcatalystba se),andasmallamountofotheradditives |
Appearance | Acylindricalbodywithcurvedsurfacesatbothendsandablackmetallicluster |
Size | φ6×(3-5)mm |
Radialcompressivestrength | ≥250N/cm |
Bulkdensity | ≥60 |
Reductionvolumeshrinkage | 1.35±0.15kg/L- |
Initialactivity,methanolspace-timeyield,g/(mL·h) | ≥1.30 |
Activityafterheatresistance,methanolspace-timeyield,g/(mL·h) | ≥1.00 |
Operatingtemperature | 190℃~300℃ |
Usepressure | 3.0MPa～15.0MPa |
Useairspeed | 6000h-1～40000h-1 |
Application in the field
| Purification | Conversion | Methanol synthesis |
| For a methanol plant, having a well-functioning feedstock purification process will have a very important impact on the performance of downstream processes and their catalysts, and will help improve the operational reliability of the facility. | The efficient and reliable conversion of raw materials has a significant impact on the economics of a plant. Our reforming layouts are tailored to our customers' needs without compromising reliability. For each plant, we combine our proven pre-reformer with the optimal reforming layout. | Our focus is to fully utilize synthesis gas and convert it into high-value, high-quality methanol at the lowest cost, with the least energy consumption and the least impact on the environment. |
