Electrostatic precipitator - Import export

Electrostatic precipitator eMOCarz was design for residential buildings. Compact size and exceptionally low pressure drop makes it suitable for residential heat recovery systems, with little impact on system performance. The filtration efficiency of ePM1 and ePM2.5 particles, the main component of smog, is as high as 95%. Polluted air initially passes through a steel mesh prefilter (which retains larger fractions), then is positively ionized in an electric field due to the “crown discharge” effect. In the last stage, the previously charged particles, are pulled by electrostatic force toward horizontally mounted aluminium plates (electrodes) and build up on their surface. Electrostatic filters (precipitators) have low power consumption (only few Watts), long service life and most of all there’s no need to exchanged dirty (clogged) filters. It is enough to clean in with water and detergent once or twice a year. There is a led status indicator on the casing.

The active FE SYSTEM electrostatic filters are unique in their energy efficiency and the ability to kill off harmful particles (as opposed to only collecting the particles). Due to the standard size of the FE SYSYEM, it can be retrofitted into existing. Used in ventilation systems, particularly in the air-conditioning sector, does not require changes in the construction and dimensional characteristics of the plant. Energy savings: The FE SYSTEM has been given an A+ rated energy rating (Eurovent), (compared to a C energy rating for traditional pocket filter) and is certified to the highest standards of air quality - ISO 16890 and many more. This improved energy efficiency has yielded up 30% electricity savings. Cutting-edge technology that creates systems that offer the highest level of air filtration and air quality and significantly reduce energy consumption through the use of components that provide world-class, certified efficiency levels and eliminate disposal of used filters.

ECOKITCHEN commercial kitchen extraction filtration unit is designed specifically for the removal of smoke and grease particles from the air stream of commercial kitchen exhaust systems and for the elimination of odour. The electrostatic filters inside the module guarantee a constant efficiency of filtration and, thanks to a high ability of separation and accumulation of grease, allow a remarkable energy-saving and low drop pressure. ECOKITCHEN is a zero-emission Ecology Unit for commercial kitchens. A perfect complete solution for all restaurants, cafes, pubs, food factories etc.

Dr. Frederick Cottrell developed the first wet electrostatic precipitator (WESP) in 1907 to control sulfuric acid mist from a copper smelting process in Pinole, California.Since that time WESP technology has become well-established in both industrial and utility applications around the world to remove sub-micron particulate, condensables, and acid mist as a final polishing device in an air pollution control system where an upstream dry ESP, fabric filter or wet scrubber cannot capture the sub-micron particulate due to its small size.

Since Dr. Frederick Cottrell's invention over a century ago, electrostatic precipitators (ESPs) have been a primary technology for controlling particulate emissions. ESPs can be designed to meet stringent particulate emission standards with minimal pressure loss and high equipment reliability for extended plant operation.

TÜV approved DynamicOpacity™ particulate monitor for emission measurement of dust from large dry industrial processes including baghouses and electrostatic precipitators. • simple installation, setup and maintenance • resistant to contamination • lower level of maintenance than traditional opacity systems • can be purged with instrument air providing lower cost of ownership • compliance measurement after electrostatic precipitators and baghouses • advanced sensor design includes automatic drift checks • mg/m³ output, once calibrated

Stand alone cross stack optical dust monitor suitable for measuring emissions after electrostatic precipitators and stacks without filtration systems. • emissions measurement (mg/m³) • advanced sensor design includes automatic drift checks • resistant to contamination • simple installation, setup and maintenance • external display and keyboard for easy setup • can be purged with instrument air providing lower cost of ownership • lower level of maintenance than traditional opacity systems • mg/m³ output, once calibrated

The Hybrid Collector is the combination of an Electrostatic Precipitator (ESP) with a Hamon Fabric Filter with suitable air to cloth ratio. In a Hybrid Collector, the fabric filter is located either downstream of the ESP or within the casing of the existing ESP by replacing one or more fields of collecting plates with the fabric filter modules. The Hybrid collector can help bring particulate emissions into compliance due to the fabric filter collecting higher levels of particulate, and finer particulate, than an ESP of an equivalent footprint