| Customization: | Available |
|---|---|
| Transport Package: | Plywood Box with Pallet |
| Specification: | Designed |
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Coal gasification is an extraordinary process transforming coal entirely into valuable gas through dynamic heterogeneous gas-solid reactions. The core of this process involves the interaction of coal's carbon content with steam at impressive pressures below 10 MPa and soaring temperatures exceeding 750°C. This results in the creation of "synthesis gas," a potent combination primarily composed of CO and H2 with smaller, yet significant amounts of CO2 and CH4, which may vary based on specific process conditions. However, traces of unreacted pulverized coal persist within the synthesis gas. If left unchecked, these can impede subsequent device operations. The remarkable high-temperature gas-solid online backflush filter utilizes sintered porous metal cartridges as its resilient filter elements. These elements withstand both high temperatures and pressures, ensuring the efficient removal of particles from the gas stream, safeguarding the downstream system.
Outstanding Features
- Exceptional shape stability, maintaining its form and providing self-support as structural elements, even under high pressure scenarios.
- Superior mechanical properties, ensuring durability and reliability during operations.
- Unparalleled resistance to high temperatures, enduring up to an astonishing 900ºC.
- Robust corrosion resistance, enhancing longevity and performance.
- Excellent back flushing performance, guaranteeing clean and efficient operation.
- Addressing environmental protection concerns through fully customizable designs, automated controls, and reducing worker exposure to hazardous chemicals.
- Effectively eliminates the issue of filter cake accumulation, promoting seamless operations.
Diverse Applications
| Oil refining industry(FCC, CCR) | Polysilicon industry |
| High temperature fischer tropsch synthesis | Deacon process |
| Fluidized bed reactor | Organosilicone |
Premium Materials of Construction
Stainless steels (304L, 316L), chosen for their strength and resilience.
Titanium and its alloys, offering lightweight and robust performance.
Monel®
Inconel®
Hastelloy® B, C, and X, known for their resistance to extreme environments.
Nickel, providing excellent corrosion resistance.
Iron and aluminum alloy, combining strength with lightweight properties.
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