Ravebo recently celebrated a significant achievement by successfully completing its fiftieth FGD project. Throughout the years, numerous custom installations have been created, built in-house, and put into operation. Moreover, various existing installations for waste incineration plants have been enhanced and updated to meet current environmental standards. Ravebo has a rich history in spray nozzle technology and liquid-gas separation (droplet separation systems). These techniques have been advanced and implemented rapidly in recent years to ensure that FGD installations comply with the latest environmental regulations. This innovative approach has allowed for significant cost savings and minimal downtime, as the installations could be upgraded during routine maintenance shutdowns.
Given the accomplishments thus far, Ravebo is committed to further developing and refining these technologies in the future, playing a crucial role in reducing waste landfills and promoting environmentally responsible waste incineration. For your reference, we have outlined below a simplified explanation of how a typical FGD installation is constructed and operates.
The entire process of creating horizontal counter current scrubber installations involves designing, manufacturing, installing on site, and commissioning. These installations are specifically designed to effectively absorb pollutants and heavy tar components from a syngas flow that is generated within a biochar production system. The biochar itself is produced through the pyrolysis of biomass in an oven. After undergoing thorough cleaning in the scrubber, this syngas can be utilized as a viable alternative to natural gas.
The scrubber is comprised of interconnected and stacked modules. The foundation consists of flat stack containers that support various components such as liquid buffers, pumps, dosing systems, heat exchanger, electrical cabinet, clarifier, and drain tank. On top of the stackable flat rack, there is a flat rack bed where the separate washing sections and the fan are mounted. The modules are connected to each other on the gas side using flanges. The design of the installation allows for easy transportation of individual modules by truck or vessel, as well as convenient relocation on-site. As a result, the assembly time at the designated location is significantly reduced.
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