The Long-Bag Low-Pressure Pulse-Jet Dust Collector is engineered specifically for the demanding conditions at the tail end of lime kilns. With its 6-meter filter bags and low-pressure pulse-jet cleaning, it ensures efficient dust collection and minimal operational disruption. This dust collector is designed to handle the high dust loading capacity typical of lime kiln operations, making it an ideal choice for industrial lime producers seeking reliable and robust dust control solutions.
The long-bag, low-pressure, offline pulse-jet baghouse dust collector installed at the kiln tail of a quicklime kiln employs a compartmentalized, offline, low-pressure pulse-jet cleaning process. This design features low cleaning pressure and minimal filter bag wear. The long-bag structure enables a high airflow handling capacity per unit, allowing for offline maintenance of individual compartments without requiring a complete shutdown of the system; The equipment housing can be equipped with an insulated, anti-condensation structure; when paired with heat-resistant filter media, it can efficiently capture fine lime dust. It is suitable for high-temperature, dust-laden flue gas conditions at the kiln tail of vertical lime kilns and rotary kilns, and can adapt to operating conditions characterized by fluctuating flue gas flow rates, fine dust particles, and high dust concentrations. It effectively prevents bag clogging caused by moisture condensation, ensuring that dust emissions from the lime production line meet regulatory standards.
Targeting the lime industry, this dust collector addresses the specific challenges of high-temperature and abrasive dust found in lime kiln environments. The use of polyester material for the filter bags provides durability and resistance to the chemical properties of lime dust, ensuring long service life and low replacement costs.
Compared to other dust collectors, the Long-Bag model stands out with its ability to handle higher dust loads and maintain consistent performance over extended periods. The low-pressure operation also contributes to energy savings, making it not only efficient but also cost-effective for industrial applications.
