A controlled pyrotechnic charge removes slag from incinerator heat exchanger tubes while limiting tube damage and improving cleaning access.
Inner channels in the impact block bridge interrupted tubular lines, translating rapper impact energy into mechanical waves while maintaining coolant flow.
Multi-layered tubes with heat-resistant and structural layers remove deposits via controlled deflagration while shielding surfaces from thermal damage.
Hydraulic damping units absorb high-amplitude pressure wave forces, protecting the valve seat from aggressive gas damage and maintaining attachment integrity.
A pulse detonation cleaning system uses arrays of detonators to generate pressure waves that remove soot from boiler surfaces.