New Setup
I get bored easily and am always looking for ways to improve what I have or do and my brewing/distilling is no different.
I recently decided that, at my age, I should avoid lifting heavy things as far as possible. Things like lifting my boiler, after a run, so I can open the drain tap and rinse it out. Things like lifting heavy containers of Low Wines to fill the boiler in prep for a Spirit Run etc.
To achieve this I needed to get my boiler in a fixed position on the floor and my Low Wines storage in a position where I could simply open a tap to fill the boiler.This required a little reorganisation and the use of a reliable pump

Job done
I now have two head setups. One, as seen above, for stripping runs and one for spirit runs.
This is the where the condenser feeds to the Parrot which is placed inside the opening at the top of the storage keg

The difference between the two is one piece of copper tubing and the parrot. On the stripping runs I needed the condenser to feed my parrot and run directly to storage. Hence the tall section off the Thumper to lift the condenser high enough to run into the storage keg. The storage keg is at a height, relative to the boiler, where I only have to turn a tap to fill the boiler from it.
On the Spirit Runs the setup is a little simpler as there is no need for the Parrot and the condenser is run at counter level and feeds to collection jars.
The pump fitted to the drain tap of the boiler is a 12V pump designed for use in solar heating systems. (http://shop.solarproject.co.uk/sp2020-e ... -p-10.html) It can handle temps up to 105oC and is made of food grade materials. The power controller for the pump is actually designed for use with a tattoo machine but it does this job perfectly too (Nod and a Wink
to Optic for help with that)
The only thing left to simplify now is the transfer of finished wash to the boiler for stripping. I'm awaiting delivery of a 60lt fermenter which I will use as a holding tank into which all cleared washes will be transferred and can be pumped to the boiler at the flick of a switch using another 12V solar project pump.
This is what it all looks like at worktop level now.

Another innovation (toy) I've added in recent times is the use of pure Oxygen for wash aeration.

This setup is a disposable Oxygen bottle, a regulator, a flow meter, a .5 micron stainless steel airstone, some plastic and stainless steel tubing. The theory being that using oxygen instead of just trying to beat air, containing oxygen, into the wash would make life easier. At the correct flow rate each bottle should aerate 100 X 25lt washes and the bottle costs 23 Euros making the cost just 0.23 Euro cent per wash. This has resulted in a measurable improvement in the finishing gravity of my grain brews but not so much with sugar heads - go figure
I'll be running grain next week and I must remember to post pics of my grain processing boiler. I had hoped to produce a commercial version but I can't get a patent without spending tons of money that I don't have. So I'm just going to post pics and details here and you can build your own if you want.
AM
I recently decided that, at my age, I should avoid lifting heavy things as far as possible. Things like lifting my boiler, after a run, so I can open the drain tap and rinse it out. Things like lifting heavy containers of Low Wines to fill the boiler in prep for a Spirit Run etc.
To achieve this I needed to get my boiler in a fixed position on the floor and my Low Wines storage in a position where I could simply open a tap to fill the boiler.This required a little reorganisation and the use of a reliable pump
Job done
I now have two head setups. One, as seen above, for stripping runs and one for spirit runs.
This is the where the condenser feeds to the Parrot which is placed inside the opening at the top of the storage keg
The difference between the two is one piece of copper tubing and the parrot. On the stripping runs I needed the condenser to feed my parrot and run directly to storage. Hence the tall section off the Thumper to lift the condenser high enough to run into the storage keg. The storage keg is at a height, relative to the boiler, where I only have to turn a tap to fill the boiler from it.
On the Spirit Runs the setup is a little simpler as there is no need for the Parrot and the condenser is run at counter level and feeds to collection jars.
The pump fitted to the drain tap of the boiler is a 12V pump designed for use in solar heating systems. (http://shop.solarproject.co.uk/sp2020-e ... -p-10.html) It can handle temps up to 105oC and is made of food grade materials. The power controller for the pump is actually designed for use with a tattoo machine but it does this job perfectly too (Nod and a Wink
to Optic for help with that)The only thing left to simplify now is the transfer of finished wash to the boiler for stripping. I'm awaiting delivery of a 60lt fermenter which I will use as a holding tank into which all cleared washes will be transferred and can be pumped to the boiler at the flick of a switch using another 12V solar project pump.
This is what it all looks like at worktop level now.
Another innovation (toy) I've added in recent times is the use of pure Oxygen for wash aeration.
This setup is a disposable Oxygen bottle, a regulator, a flow meter, a .5 micron stainless steel airstone, some plastic and stainless steel tubing. The theory being that using oxygen instead of just trying to beat air, containing oxygen, into the wash would make life easier. At the correct flow rate each bottle should aerate 100 X 25lt washes and the bottle costs 23 Euros making the cost just 0.23 Euro cent per wash. This has resulted in a measurable improvement in the finishing gravity of my grain brews but not so much with sugar heads - go figure

I'll be running grain next week and I must remember to post pics of my grain processing boiler. I had hoped to produce a commercial version but I can't get a patent without spending tons of money that I don't have. So I'm just going to post pics and details here and you can build your own if you want.
AM

is the insulation on the pipe work to keep the vapour temp up...until it hits the condenser???
I cant think of another reason...