MDSJ Impianti products

Technical Advantages of Cylindrical Pulse Jet Filter: MDSJ AIR Engineering’s Compact Bag Filters, developed to enhance efficiency, reduce maintenance, and minimize size and weight, offer several advantages compared to typical Jet Pulse Bag Filters. The most notable feature is their compact yet robust and modular design, which provides increased cleaning efficiency with reduced size and weight for ease of transportation and installation. Standard Compact Filters are equipped with insulation on the side walls and top section to maintain a consistent bag temperature. As a result, they offer a smaller footprint, larger filter area, and fewer moving parts compared to traditional Pulse Jet Bag Filters, leading to lower maintenance and operating costs.

In industrial and industrial areas, filter systems are assisted in maintaining air quality by preventing dust, particles and granules emerging during the production phase from being trapped and dispersed to the atmosphere by systems with strong suction capacity. The equipment that separates the airborne dust and valuable granules from the air, absorbs them and  traps them in a chamber is also called Bag Filter.

Ceramic Filter System includes the advantages of reverse bag air filters as well as Pulse Jet Bag Filters. Each chamber is similar to the Modular Pulse Jet Filter system. The cleaning process consists of isolating each compartment in turn and cleaning it with compressed air. Then all partitions are automatically cleared. Off-line cleaning is suitable for light and fine dusts and larger volumes where the formation of fluidization is a distinct possibility. The chambered Pulse-Jet filter contains 4 to 6 bag filter compartments.

Unlike bagged dust collectors, cartridge dust collectors use a pleated cartridge filter instead of bags. Because the filters are pleated, they have a larger total filtration surface area per m³/m² per minute, which reduces the air-to-fabric ratio and the size of the dust collector. Cartridge dust collectors are cleaned with compressed air spraying.

ENGINEERING DY Series Vertical Countercurrent Packing Wet Scrubber is specifically designed for the effective cleaning of corrosive, harmful and/or irritating gases from process or ventilation air streams. The airflow into the Packing Wet Scrubber is first brought into contact with the wash solution as it enters the bottom of the packed tower and then rises vertically. A spray head placed over the sealant distributes the to wash solution evenly over the sealant top. The Contaminated Airflow then moves upward across the packed bed in countercurrent to the downward flowing liquid. Crossing a detour through the filler increases the contact time between air and liquid and increases the contact time of gas/liquid contact

A wet scrubber, also known as a gas cleaner or smoke cleaner, is an air pollution control device designed to remove specific gases, vapors, and particulate matter from the exhaust gases of industrial facilities. It operates by spraying a cleansing liquid onto the exhaust gases in specialized scrubbing towers to absorb, dissolve, or chemically react with the pollutants before they are released into the atmosphere. In some cases, a wet scrubber cleaner can also be a dry cleaning type. This depends on the types of gases or chemicals that need to be absorbed or dissolved.

SS3000 MDSJ vacuum cleaners are mounted on a skid to be used in factories, fixed or mounted on a truck trailer. It is driven by electric or diesel engines. At 3000m3/h flow rate, 500mbar pressure, optionally 700mbar vacuum capability cooled vacuum pump is available.

Industrial vacuum cleaners mounted on trailers or trucks with automatic air cleaning filters, pump with high vacuum capability and option, electrical or diesel generator engine 4”-8” connection flex hose, hydraulic tank lifting mechanism automatic control panel. are fully manufactured.

Dense Phase Pneumatic Conveying Systems are categorized as Pulse Type or Continuous Type according to the movement of solid material in the pipe. Medium to high pressures are required for this type of conveying, so dry compressed air is used as the main driving force. In special cases, it may be necessary to use Nitrogen or different inert gases. Dense phase conveying systems are designed with relatively low speeds and below 5m/sec. However, pressures designed in proportion to initial pressures, distances to be moved and line resistance exceed 3 to 4 Bar. Pipe diameters are designed according to the production requirement and are relatively smaller.