Tarek928
Industrial
- Dec 20, 2010
- 5
Hello everyone,
I would like to build a Webb burner (sawdust suspension burner). It seems simple from looking at one in real life, but I couldn't believe the cost of ordering one, so I'm contemplating designing and building one. It is essentially a properly sized multi section tall barrel that is lined with refractory cement. The saw dust and air enter tangentially through fans, causing a cycloning action where suspension burning takes place. Feedstock and air control are accomplished by controlling the fans.
So my first question is: Does anyone know if plans are available anywhere? I'm not looking for free plans. Would be happy to pay for useful info. Amongst other things like dimensions/scales and corresponding fan specs, I'd like to know the strategy and method of bonding the firebricks to the steel shell. Just would like to understand the basic principles followed, for avoiding any issues resulting from thermal expansion of steel causing the firebricks to break....or am I over thinking that part?
Any thoughts or assistance in the right direction would be greatly appreciated
Thank you in advance
Tarek
I would like to build a Webb burner (sawdust suspension burner). It seems simple from looking at one in real life, but I couldn't believe the cost of ordering one, so I'm contemplating designing and building one. It is essentially a properly sized multi section tall barrel that is lined with refractory cement. The saw dust and air enter tangentially through fans, causing a cycloning action where suspension burning takes place. Feedstock and air control are accomplished by controlling the fans.
So my first question is: Does anyone know if plans are available anywhere? I'm not looking for free plans. Would be happy to pay for useful info. Amongst other things like dimensions/scales and corresponding fan specs, I'd like to know the strategy and method of bonding the firebricks to the steel shell. Just would like to understand the basic principles followed, for avoiding any issues resulting from thermal expansion of steel causing the firebricks to break....or am I over thinking that part?
Any thoughts or assistance in the right direction would be greatly appreciated
Thank you in advance
Tarek