SOLVAir® Select SBC Sodium Bicarbonate For Dry Sorbent Injection (DSI)
SOLVAir Select SBC Sodium Bicarbonate is a safe, non-corrosive alternative for dry sorbent injection applications, effectively helping reduce acid gas stack emissions in coal-fired power plants, waste incinerators and industrial boilers
Click Here To Download:
•Schematic: Dry Sorbent Injection System
SOLVAir® Select SBC Sodium Bicarbonate is a safe, non-corrosive alternative for dry sorbent injection applications, effectively helping reduce acid gas stack emissions in coal-fired power plants, waste incinerators and industrial boilers. Flexible in application and easy to handle, Select SBC reacts rapidly with acid gases to achieve very high levels of pollutant removal, and is effective over a wide range of operating temperatures. For example, Select SBC can be used in flue gas streams at temperatures between 270°F and 700°F. Field testing shows removal rates of SO2 as more than 90%. Select SBC has routinely achieved HCl removal of over 90%. NOx removal ranging between 10-20% has been observed during SO2 abatement in DSI. The most important variables for high removal efficiency are injection temperature, concentration, sorbent particle size, mixing or dispersion of the sorbent into the gas stream.
•Schematic: Dry Sorbent Injection System
SOLVAir® Select SBC Sodium Bicarbonate is a safe, non-corrosive alternative for dry sorbent injection applications, effectively helping reduce acid gas stack emissions in coal-fired power plants, waste incinerators and industrial boilers. Flexible in application and easy to handle, Select SBC reacts rapidly with acid gases to achieve very high levels of pollutant removal, and is effective over a wide range of operating temperatures. For example, Select SBC can be used in flue gas streams at temperatures between 270°F and 700°F. Field testing shows removal rates of SO2 as more than 90%. Select SBC has routinely achieved HCl removal of over 90%. NOx removal ranging between 10-20% has been observed during SO2 abatement in DSI. The most important variables for high removal efficiency are injection temperature, concentration, sorbent particle size, mixing or dispersion of the sorbent into the gas stream.