starting to think about more ideas now we’re actually brewing. Cheers
Have you considered a body worn type of camera for the close up work so you have both hands free?
starting to think about more ideas now we’re actually brewing. Cheers
Good idea CTThat must have been a buzz when you saw it.
You'll be selling merchandise next
Do you have any logistics issues moving the beer to the Kings Lock.it is. Those guys at the Kings Lock sold at least 500 pints of Murgy last weekend. Amazing. A great partner for us. I am in their debt.
On behalf of @chopps I will answer thatFor those of us not steeped in Sandbach Lore, can you tell us what a Murgy is.
Hehe. :) I cut out the part where you could hear me peeing then flushing Mike’s toilet while the camera filmed the mash. Comedy gold for a 10 year old that.I watched the latest video last night. My 10 year old son was asking why was I watching some bald boy eating a croissant
Modern production methods mean that the current advice from Fermentis is :Having heard so much importance about aerating the wort and rehydrating dried yeast, it was a bit of a surprise to watch you just chucking it in and closing the fermenter! Also interesting to see you just doing a 'normal' transfer of a dry-hopped beer without purging everything in sight with CO2!
Hi, good questions @Agentgonzo and good answers already posted by @Northern_Brewer above.Thank you for doing these videos. It's been fascinating to watch through the building the brewery and how the processes differ from homebrew.
Do you oxygenate/aerate your wort? Having heard so much importance about aerating the wort and rehydrating dried yeast, it was a bit of a surprise to watch you just chucking it in and closing the fermenter! Also interesting to see you just doing a 'normal' transfer of a dry-hopped beer without purging everything in sight with CO2!
Well that's going to annoy some `experts'. As is: `We don’t recommend aerating the wort in normal conditions. 'the first results of a new study in which 3 different rehydration procedures, i.e. rehydration at 30°C with moderate agitation, rehydration in 15°P wort at 20°C with moderate agitation and direct pitching without rehydration, indicate no significant differences in fermentation performance for all tested ale yeasts (SafAle™ S-04, SafAle™ US-05, SafAle™ K-97, SafAle™ S-33, SafAle™ WB-06, SafAle™ BE-256, SafAle™ T-58, SafAle™ BE-134) and lager yeasts (SafLager™ S-23, SafLager™ S-189 and SafLager™ W-34/70). At the end of fermentations, no significant differences in concentration of ethanol, residual sugars and volatiles (acetaldehyde, esters, higher alcohols and vicinal diketones) between rehydration procedures were observed (see figure 2). This indicates that the direct pitching procedure is adequate for fermentation.
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