Furnace Street Distillery

03/25/2026

Malt, Bourbon, or Rye? 🥃🌾

Join our distillers, Scott and Cameron, as they break down the different styles of whiskey we craft here at Furnace Street and reveal their personal favorite ways to drink them.

Are you team Malt, Bourbon, or Rye? Let us know in the comments!

03/21/2026

This is Michigan… ✋🏼🌾🌊

As the ice begins to thaw and the air starts to soften, we’re finding inspiration in the first signs of spring. From the crystal-clear waters of Lake Michigan to the local ingredients we use in every batch, this state and all of its seasons are in everything we craft. Here’s to calling Northern Michigan home, and to enjoying it one sip at a time. ✨

03/16/2026

03/13/2026

Let’s talk about Gin. 🍸🌿✨

Ever wondered what the difference is between our London Dry and Premium Gin? Join our distiller, Cameron, as he explains the unique profiles and flavor notes that define each style.

From the crisp, juniper-forward notes of a classic London Dry to the botanical layers of our Premium Gin, discover what sets them apart. 🌲🍋

03/05/2026

For all the “let’s pretend this never happened” nights… that gave us stories we’ll laugh about forever. Some nights just require a certain kind of spirit, and we have the perfect recipe. Bright, bold, and fresh. 🧡

Ingredients:
½ oz grapefruit syrup
1½ oz freshly squeezed grapefruit juice
2 oz Furnace Street White Agave Spirits
1½ oz sparkling grapefruit soda
Rim a rocks glass with sea salt, fill with ice, stir, and garnish. 🍸✨

Full directions on our recipes page: https://furnacestreetdistillery.com/lets-pretend-this-never-happened/

02/24/2026

For all the locals who brave winter up north… how Northern Michigan are you? ❄️

✅ Ice skated on a frozen lake ⛸️
✅ Skied a local resort ⛷️
✅ Surfed Lake Michigan 🏄🏼‍♂️
✅ Hit the trails on a snowmobile ❄️
✅ Ice fished an inland lake 🎣
✅ Support your local brewery, distillery, or winery all year long 🥃

How many did you check off? Drop your score in the comments! ✋🏼❄️🩵

02/22/2026

The Northern Michigan climate plays a bigger role in our spirits than you might think. ☀️🍂❄️🌷

Join Scott as he shares how our ever-changing seasons naturally influence the distilling and aging process — creating spirits that taste unmistakably of this place. It’s not just Michigan-made. It’s Northern Michigan crafted.

02/18/2026

🏅 Winter Olympics Furnace Street Style 🏅

Which Furnace Street spirit would take home the gold for you? Comment below and let us know! 🍸❄️

02/10/2026

Let’s talk about the Carlas. 🌶️🫑💃🏽🔥

Join our distillers, Scott and Cameron, as they dive into one of Furnace Street’s most unique spirit lines. From the peppers that bring the heat to the unexpected ways to enjoy them, Carla’s is all about bold flavor and surprise.

See what makes them so unique.

02/09/2026

🌞 Now Hiring for the Summer Season! 🍹🍸
Looking for a fun, fast-paced job this summer? Join our team at Furnace Street Distillery and be part of an amazing summer experience!

What We’re Looking For:
✨ Friendly, energetic, and outgoing personalities
✨ Passion for great cocktails and customer service
✨ Must be available for shifts throughout the summer season

If you're ready to work hard, have fun, and make some great tips, we want to hear from you!

To Apply:
📧 Send an email to [email protected].
Don’t miss out on the best summer job in town! 🌞

01/29/2026

Let’s talk vodka. 🌽

Today, Scott is sharing what sets Furnace Street Vodka apart — from the natural sweetness that comes from 100% Michigan-made corn, to its approachable price point, all crafted right here in our own backyard.

Discover our vodka and where to find it here: https://furnacestreetdistillery.com/our-vodka/

01/20/2026

Ever wonder what really sets small-batch spirits apart? 🥃

Join Scott, our distiller, as he breaks down the process behind every pour. From the unique character of each batch, to the precise cuts made during distillation, to the locally sourced ingredients — small-batch means craftsmanship, not just scale.

Discover our small-batch spirits and find them here: https://zurl.co/QV4q2