Table Rock Brewing Co.
A more Sustainable Brewing option
by ALEX ST CYR
A more Sustainable Brewing option
by ALEX ST CYR
What is it?
We were tasked with creating a new brewery in downtown Boise, Idaho That was focused on sustainability. is that it?
No... In addition to the 10,000 SF brewery floor, we also had to include
A beer Garden (15,000 SF)
A Tasting Area (3,000 SF)
A Restaurant (5,000 SF)
A Coffee Shop (2,000 SF)
All Together:
= 42,000 SF as a rough estimate
97,485 Barrels/year
Total: 31,155 Gallons of Beer - 94 craft breweries - 97,485 barrels / 94 brewery = 1,005 Barrels/brewery - 31 Gallons / 1 Barrel - 31 gallons x 1,005 Barrels/brewery
The Brewery’s
Design for Water The Brewery
Water is a large point of waste in the Beer Brewing process. By returning the wart into potable water, we are able to cut down the water waste sevenfold.
/year
31,155 Gallons of Beer
86 Gallons of Beer
2,560 Gallons of Beer /year /month /day
The Brewery’s
Design for Water
Water is a large point of waste in the Beer Brewing process. By returning the wart into potable water, we are able to cut down the water waste sevenfold.
31,155 Gallons of Beer x5 /year /year Gallons Necessary
155,775 Gallons of Water
The Brewery’s
Design for Water
Water is a large point of waste in the Beer Brewing process. By returning the wart into potable water, we are able to cut down the water waste sevenfold.
Design for Water
Design For Resources
Design for
Step 1 - the grate
Returning Potable Water Back Into Potable Water
The Large Grate is meant to stop the larges pieces of aggregate that my clog up the pipes or filters.
Brewery
Design for Water
Water is a large point of waste in the Beer Brewing process. By returning the wart into potable water, we are able to cut down the water waste sevenfold.
Step 2 - the flush diverter
Returning Potable Water Back Into Potable Water
The Flush Diverter Drops sediment by creating a simplified “P” Trap for the dirt to collect and drain from.
The Brewery
Design for Water
Water is a large point of waste in the Beer Brewing process. By returning the wart into potable water, we are able to cut down the water waste sevenfold.
Step 3 - the Overflow Skimmer
Returning Potable Water Back Into Potable Water
The Overflow Skimmer collects the water off the top allowing the heavy sediment to fall to the floor of the tank.
Brewery
Design for Water
Water is a large point of waste in the Beer Brewing process. By returning the wart into potable water, we are able to cut down the water waste sevenfold.
Step 4 - the Floating Extractor
The Floating Extractor allows for the best water to be collected from the center most portion of the tank (the tops and bottom collect dirt and debris).
Brewery
Design for Water
Water is a large point of waste in the Beer Brewing process. By returning the wart into potable water, we are able to cut down the water waste sevenfold.
Step 5 - Spindown Filter
The Spindown Filer uses the momentum of the water to “fling” particles out of the stream, which settle in the bottom of the filter. The spin down gets easily rinsed through the bottom valve, can be back-flushed, and used over and over again.
The Brewery
Design for Water
Water is a large point of waste in the Beer Brewing process. By returning the wart into potable water, we are able to cut down the water waste sevenfold.
Step 6 - Filter Canister
Returning Potable Water Back Into Potable Water
Filter Canisters help your ceramic filter (next layer) stay clean, but need to be changed regularly, depending on filter size and input quality.
Brewery
Design for Water
Water is a large point of waste in the Beer Brewing process. By returning the wart into potable water, we are able to cut down the water waste sevenfold.
Step 7 - The ceramic filter
The ceramic filter puts a great clean finish on your potable water setup. It should be filtered to 5 microns before entering to help it stay clean longer (less cleaning means less chances of breaking the ceramic candles).
Brewery
Design for Water
Water is a large point of waste in the Beer Brewing process. By returning the wart into potable water, we are able to cut down the water waste sevenfold.
Ground terracotta, rock, plastic and other recyclable materials are pressed into these panels.
They’re in the walls!
The panel can then be places onto a recycled steel rail and secured.
The rows then get layered together to create a rain screen.