Products & Services
Guaranteed performance. High removal efficiency. Low maintenance. Patented technology. TurboSonic is a leading supplier of air pollution control and liquid atomization technologies with hundreds of installations worldwide. From custom, innovative designs to turnkey solutions, you can depend on our engineered systems.
Capture submicron particulate, heavy metals, dioxins and furans, mists, and fumes from process gas streams.
The SonicKleen™ design delivers superior performance over other WESPs through a combination of vertical downflow and hexagonal tube designs with SonicCharge™ rigid mast electrodes. Continuous irrigation of the tubes eliminates maintenance-related downtime.
The TurboVenturi Scrubber is the standard for applications with high particulate loading. Its design ensures constant pressure drop, which equates to constant removal efficiency.
Different styles of TurboVenturi Scrubbers are available to suit a wide range of applications, including hot or corrosive gases and abrasive or sticky dust.
TurboSonic offers a range of gas absorption systems including open spray towers, tray towers, packed towers and Turbotak atomizing spray scrubbers to control SO2, HCl, ClO2, Cl2 and other gas emissions.
For gas streams containing acid gas and particulate, the Turbotak Wet Scrubber, which uses Turbotak Atomizing Nozzles, controls these contaminants in one system with minimal pressure drop, lower water usage and less maintenance than other systems.
TurboSonic offers Catalytic Gas Treatment (CGT)™ technology for the control of Volatile Organic Compounds (VOCs), such as formaldehyde and methanol.
Treating a wide range of alcohols and aldhehydes, CGT™ utilizes an environmentally friendly process to destroy VOCs without the production of harmful, combustion-related GHGs and NOx.
Treat industrial process gas streams to remove acid gases such as SO2, SO3, HCl, HF, and ammonia compounds. By spraying calcium, potassium and sodium-based slurries or solutions, TurboSorb can achieve higher removal efficiencies than other systems. And, unlike "wet" systems, with TurboSorb, all water is evaporated so there is no liquid waste stream generated.
The TurboSorb Semi-Dry Scrubber is especially effective in industries such as hazardous waste and municipal solid waste (MSW) incineration, power generation, cement, and metals.
Through the use of Turbotak and SoniCore™ Atomizing Nozzles, SoniCool™ accurately controls the temperature and humidity of high-temperature process gas streams from cement kilns, waste incinerators, non-ferrous smelters, and steel mill electric arc furnaces (EAF) or basic oxygen furnaces (BOF). The result is gas temperatures that do not damage equipment and ductwork, smaller gas volumes, increased capacity, and improved efficiency of downstream air pollution control equipment. Over 450 installations worldwide.
Introduce any liquid waste fuel into combustion chambers for better combustion and increased production. SonicBURN atomizes viscous, dirty, or mixed fuels into extremely fine droplets. The durability of the two-phase Turbotak Atomizing Nozzles allows longer production runs, less maintenance, and reduced costs compared to other designs.
Used in hundreds of industrial applications, Turbotak and SoniCore™ Atomizing Nozzles atomize liquids to fine (5 µm to 60 µm SMD) droplets. The air-atomized nozzles feature a patented, two-phase design for superior control over droplet size and distribution.
The combination of the small droplets, the distribution pattern and rugged construction make them ideal for a wide variety of applications, including evaporative gas cooling, spray drying, wet and semi-dry scrubbing, performance enhancement of air pollution control systems, dust suppression, as well as combustion and incineration.
Cement kiln nitrogen oxide (NOx) emissions are effectively removed using TurboSonic's TurboNOx Selective Non Catalytic Reduction (SNCR) systems. Using ammonia or urea, our custom designed solutions use direct injection of the ammonia or urea solution for reactions at optimal temperatures to reduce NOx emissions to within compliance levels.