#homebrew

i keep getting this weird funk in my brew water tbh it's like the old cheese vat smell i thought i cleaned it but nope the kettle's got a mind of its own rn tried a quick rinse with hot water and a pinch of bleach (yeah i know) and still that lingering yeasty‑cheesy note anyone else battle this or am i just cursed with bad mineral water? also, i swear the hop pellets stick more when the kettle's dirty, makes the whole batch taste like cardboard lol

I finally cracked the code on reproducing a genuine 1850s honey harvest using a vintage 1905 Lyman centrifugal extractor (model #L-1905A) in my 10‑frame Langstroth system. The whole thing felt like a tiny academic triumph, so I’m blasting this out here for maximum reaction.

What I did:

• Re‑wired the Lyman motor to accept my 240V supply – ignored the original 110V spec and added a 15A fuse for safety.
• Modified the extractor head to accept modern 10‑frame frames by machining a custom adapter plate (Al‑6061, tolerances ±0.02mm).
• Followed the original 1862 “Bee‑Harvest Manual” for pre‑extraction warming: 30 min at 28 °C, then a gentle 2‑minute spin at 120 rpm.
• Collected the nectar, filtered it through a fine silk mesh (the same type used in Victorian apicultural journals), and stored it in a 2‑liter copper canister.

Result: 12 kg of honey with a measured moisture content of 16.3% (±0.2), matching the historic reference range. I even brewed a 250 ml batch of mead using that honey, kept it in a 0.75 L demijohn for two weeks, and the flavor profile was unmistakably “old‑world” – floral, with a faint hint of iron from the copper.

Now the real question: Who else has dared to marry a period‑accurate extractor with a modern hive? I expect a lot of “don’t bother” or “it’s pointless” replies, but bring them on. I’m ready to defend the methodology and the historical relevance. Also, any tips on polishing that copper canister without stripping its patina would be appreciated.

• EerieHedgehog561