Pretty cool dryer. It could probably be used to dry the
wood or bio-briquettes that will be burned later as well.
Isn't it the heat generated by the electric clothes dryer that uses the most electricity, not the motor that spins the barrel? If so, could hot air from a wood fire (not the smoky air, but clean air passed over something heated by fire) be blown into a standard clothes dryer, bypassing the electric heater and saving electricity? I doubt they make a Stirling powerful
enough to spin the barrel full of clothes, but I could be wrong.
Wood gas powering a generator, with waste heat diverted into the clothes dryer, might be more efficient if using a standard, but adapted, electric clothes dryer. We're building a gasifier based on
rocket stove technology, so I guess this is something to look into for future applications. We intend to run high-drain appliances as we charge a battery bank.
We use a clothes line in the spring, summer, and fall months. I'd like to eliminate the dryer during winter months and when we hit rainy stretches, but we're going to have to think outside the box a bit eliminate that.
I do like the idea of diverting waste heat from home and water heating to other less frequent applications like food drying, clothes drying, and wood/bio-mass drying. That's why we based gasification on
rocket stove technology. When not gasifying, it's still a rocket stove, capable of doing all the other things a rocket stove can do. I like me some flexibility.
Another thought that occurred to me comes from our home heating method we're working toward, which is heating thermatic oil and circulating it to radiators inside. That clothes drying rack made from PVC pipe gave me the idea. Instead of PVC, make it out of metal pipe and circulate the hot oil through it. Maybe that would provide the necessary heat to dry the clothes hanging on those pipes.
Sometimes, there are too many ways to skin a cat. I'm going to stop this
thread before my inventive side goes totally rogue toward Rube Goldberg methods.