BETH Tar Electrostatic Precipitator
For gas flows ranging from 500 to over 100,000 m³/h (300 to 59,900 cfm), R&R-BETH® proudly presents the R&R-BETH® TAR Electrostatic Precipitator. Engineered specifically for use in coking plants and gasification facilities, the Tar ESP provides reliable protection for downstream gas engines and turbines. Based on the proven design of the R&R-BETH® Wet ESP, the Tar ESP typically operates without the need for a spraying and flushing water zone, offering a streamlined and efficient solution for your industrial needs.
Gasification Revolutionized
One of the key challenges in biomass gasification has traditionally been the poor quality of gas, primarily due to high concentrations of tars and dust. However, with R&R-BETH® TAR ESP's advanced filtration technology, this issue has been fundamentally transformed, ensuring cleaner gas and more efficient operations.
Hydrocarbons, tar, oil, and flue gases are safely filtered from the gas stream, reducing concentrations from 50 g/Nm³ to as low as 10 mg/Nm³, providing superior filtration performance. Additionally, R&R-BETH manufactures these units in a certified explosion pressure-proof design, ensuring maximum safety in high-risk environments.
Advantages
Versatile Application Range
R&R-BETH provides TAR ESP solutions for gas flow rates ranging from 500 to 100,000 m³/h.
Ultra Low Maintenance with Optimal Material Selection
R&R-BETH's WET ESPs are designed for minimal maintenance through the careful selection of materials tailored to each application's unique conditions. By analyzing process gas characteristics, pH levels, and chloride content, R&R-BETH recommends construction materials ranging from carbon steel and stainless steel to FRP and high-end alloys. This ensures long-lasting durability, corrosion resistance, and reliable performance, customized for the specific needs of each industry and plant.
High Filtration Efficiency
The R&R-BETH® Tar ESP effectively reduces tar concentrations from 50 g/Nm³ to below 10 mg/Nm³.
Energy Efficient Design
Featuring an exceptionally low pressure drop of less than 250 Pa (1 in. wg), our TAR ESPs are engineered for superior energy efficiency, reducing operational costs while maintaining optimal performance.