By Andi Prewitt
Of the Oregon Beer Growler
Dylan Goldsmith can tell when the beer buyers just don’t get what he’s doing.
When he begins to describe how he malts his own grain, he’s often met with blank looks. He hears questions like, “Well, doesn’t everybody do that?” It just doesn’t register. And that’s not just the buyers. All too many beer drinkers lack a clear understanding of what it takes to turn a raw barley kernel into usable malt.
“I think a lot of people just kind of have no idea about the process of it,” said Goldsmith, “which is why my job would be to try and see if I can elicit flavors out of the barley by my own process.”
This extra effort is what sets Goldsmith and Barley Sprout Restaurant & Brewery apart from other beer producers in the state. Since malting barley not only takes more time, but also additional space, you may be wondering where this Gresham business is brewing, serving pizza that’s made in-house as well as experimenting with grain. Well, if you tripped over the word “Gresham” just now because you didn’t realize the rather bleak outer-eastside beer scene had gotten a little busier, you’d be forgiven. It’s easy to miss the unassuming storefront when zipping along Southeast 223rd Avenue — a strip better defined by big-box stores and car dealerships than boutique breweries. But Goldsmith and co-owner David Shonk have managed to carve out a little slice of rural life in Gresham’s Twelvemile corner. Goldmith’s malting allows him to source much of his grain from local growers. Shonk, who’s also a farmer, uses some of his produce for both the food and beer. And you’d never know it by looking at it from the outside, but just a few hundred feet from four lanes of traffic and the nearby Lucky 7 Food Mart lies a secret garden of sorts. Behind the brewery, on Shonk’s family land, is a 4-acre farm leased to a Community Supported Agriculture organization.
Cultivating longstanding ties with farmers who grow everything from barley to hops is one reason why Goldsmith began malting. He pushes back against purchasing practices that simply treat “the ingredients for the beer as an anonymous commodity where you don’t know where it came from. You don’t necessarily know beyond certain reasonable standards how it was treated,” Goldsmith said.
Instead, he envisions a model where two businesses enter a form of commitment. A buyer, for example, won’t simply switch suppliers at the drop of a coaster should a competitor temporarily lower prices.
“The idea of having ongoing relationships with the farmers and the producers of your stuff to where you know if times get hard that we’ve been doing business for a while and we can support each other. Whereas beyond that, it’s just the free market,” Goldsmith said. “I think that is an important part of sustainability that’s difficult to quantify. But I think in the long haul, that kind of thing really does make a difference.”
Beyond the “I’ve-got-your-back” ethos that turned him on to malting, Goldsmith has other goals. The label on his IPA now says “100-percent Oregon farmer grown.” That’s because he buys those grains in-state and can process them himself. Eventually, he’d like to avoid buying from the big malthouses altogether. Additionally, he hopes to tease out the best expressions of the terroir of different grains. Goldsmith said he’s still discovering his skills as a maltster, but with time is curious to discover whether barley grown in, say, Goble tastes different due to geology versus grains from Sauvie Island.
While you now have a greater appreciation for the reasons why Goldsmith does this, the how may still be obscure. Malting is a four-step process that releases the barley kernel’s enzymes in order to break down the lattice of protein protecting the energy stored as starch — the stuff that’s converted to sugars brewers need.
The first objective of malting is to encourage the seed to begin the early stages of what it’s meant to do: grow into another barley plant. That’s initiated by steeping, which is step one. Goldsmith soaks and aerates his grains about three times until they’re 45 percent water by weight.
Germination is phase two — where the acrospires begin to push their way through the length of the kernel, unlocking those enzymes that degrade the protein. Air flow is key since the rootlets could tangle and become sort of a massive dreadlock, encouraging mold growth. To promote circulation, Goldsmith’s germination box has a false bottom — similar to a mash tun — and he turns the barley with a pitchfork.
After approximately five days, the grain is ready to dry. This must be done slowly at first to preserve the temperature-sensitive enzymes. When the barley is brought down to 3-5 percent water by weight, curing can get underway. How high a brewer runs that temperature and for how long is what really gives the malt its character.
A shorter summary of the malting process is reflected in the brewery’s name: Barley Sprout, which hadn’t yet been snapped up by another business to Goldsmith’s surprise. Though he’s not just making beer for the pizza restaurant. Goldsmith has revived his 10-year-old label Captured by Porches under the same roof and self-distributes those bottles and kegs, which was how he met Shonk before they decided to launch the Gresham brewery and eatery. Shonk used to run a natural food store in the same building and sold Captured by Porches beer.
“And it was an excellent account. His customers really liked it,” Goldsmith recalled. “I think if you compared the number of bottles sold to square footage of grocery store space, I’d say by that math it was the best account.”
The grocery’s chapter came to an end not long after a larger competitor took up residence nearby. But the change allowed Shonk to focus on upgrading his kitchen space.
“I was ripe for the opportunity to take on more stainless steel, more BTUs — take on the challenges of restauranteurship,” he said.
Goldsmith was also ready to move out of his cramped quarters in St. Helens to a bigger facility. Shonk proposed the partnership: “starting a restaurant and brewery together as a way to double our positives and share on the cost.”
This April marks one year since they opened, and so far Shonk said business has been steady due to positive word of mouth. And Goldsmith isn’t the only one at Barley Sprout now crafting beverages. Shonk’s Honey Lavender Lemonade has a tingly carbonation kick that’s proven to be such a hit, they sell to-go bottles. As the weather improves, you’ll be able to enjoy a lemonade or a beer in the restaurant’s backyard. Shonk plans to use part of the farmland for a beer garden, giving customers an opportunity to share a meal right next to a visual reminder about local source and sustainability — two values at Barley Sprout’s core.
“By creating a little bit of peace and quiet and deliciousness in this corner of the world, it ripples out,” Shonk said.
Barley Sprout Restaurant & Brewery
639 SE 223rd Ave, Gresham
By Chris Jennings
For the Oregon Beer Growler
Environmental degradation is underway. This has led to numerous harmful impacts, including water shortages and land pollution. While the issue may seem too big for any one person to make a difference, we as homebrewers can do our part by using green practices when making beer. And there’s an added bonus when you start brewing sustainably: you’ll save money in the long run.
Here in the Pacific Northwest, there’s typically no shortage of water falling out of the sky. That rain, snow or sleet is essentially free. The easiest way to collect this precipitation is by hooking up a rain barrel system to your home’s gutters. Of course, the water that’s collected isn’t going to be good for brewing, however, it is suitable for cleaning or — with the addition of a sump pump — running your heat exchanger. Whether you use an immersion chiller or a plate, you can hook a sump pump to a garden hose and use the rainwater to chill your wort. While that process is underway, use the resulting hot water to clean equipment or just allow it to drain back into your rain barrel and save it for future use. If there’s enough water in the barrel, you won’t be able to heat it to the point that it will impact your chilling power. In summer, the water in the barrel may get too hot, but it can still be utilized for cleaning and watering hop plants.
Collecting rainwater is not the only green thing we can do. The brewing process produces waste that usually gets thrown in the trash, eventually becoming part of a landfill, or washed down the drain. Keep in mind that used hops should be thrown away because they are harmful to dogs when ingested. But spent grain is a different story. There are several baking recipes that put this “waste” to good use — you can create everything from dog biscuits to breads to brownies. Adding spent grain to baked goods can be a fun and interesting way to incorporate leftovers from the brewing process into something fun.
Once you’ve made all of the spent grain cookies you and your friends could possibly consume, the rest can be used in compost. The material will decompose, resulting in a dense mulch-like fertilizer that will allow air to flow around the soil of your plants. This makes for good drainage, which is perfect for hops. Unfortunately, there are proteins in spent grain and the smell can be a little off-putting, but the payoff is definitely worth it. And if your neighbors complain — just tell them you’re saving the planet!
The yeast cake at the bottom of our fermentors may be the most difficult thing to address as far as waste minimization. You can reuse the yeast a few times before it starts to produce bizarre flavors. But once you reach that point, what do you do? Yeast is good for you — it contains B vitamins and protein, but eating a raw yeast cake might be a little funky. Dehydrating the yeast is another option — you can then sprinkle it on food for nutritional benefits.
If you aren’t in a hurry to eat bowls of spent yeast, there’s still another way to reuse that yeast cake that’s inspired by the Aussies. Though the process to make Vegemite now has been industrialized, there is an old-fashioned approach. First, add a cup each of chopped up carrots, celery and onion to a stock pot with enough water to cover the vegetables. Next, add as much yeast as a 5-gallon batch of beer will produce. Turn on the heat and bring the water to a boil. Then reduce the heat and simmer until the vegetables are mashed up to a paste-like consistency (you may need to blend everything together). Be sure to not let the concoction burn by stirring occasionally. Once your homemade Vegemite is done, you can throw a party and serve it on top of spent-grain crackers alongside your homebrew.
Going green doesn’t need to be a huge ordeal and now you know there are several tasty and easy ways to help save the planet.
Chew on This DIPA [AG]
Chew on This DIPA [Extract]
By Pete Dunlop
For the Oregon Beer Growler
Some partnerships are meant to happen. That’s certainly the case with Hopworks Urban Brewery and Patagonia Provisions, the result of which is Long Root Ale.
Released in October 2016, Long Root Ale is a Northwest-style pale ale that incorporates organic hops and barley alongside the perennial Kernza grain. The beer is named for the deep-rooted Kernza plant, which produced the grain. It was developed by Patagonia Provisions and the Kansas-based Land Institute as part of efforts to push sustainable, regenerative farming.
Hopworks became involved in the project more than a year ago, beginning with a phone call to founder and brewmaster, Christian Ettinger. Well aware of Patagonia Provisions’ efforts in transforming agricultural systems and practices, Ettinger was flattered and humbled.
“It was a surreal moment for me,” says Ettinger. “It was hard to believe a company I look up to as a business owner had dialed my number and inquired about making a beer with us. Within days, we met with them and my team learned about Kernza for the first time. Soon enough, we were thinking about brewing the beer.”
Long Root Ale is light amber in color and features a touch of nutty maltiness up front. It finishes with a burst of tropical hops and a hint of spice similar to what you find in a rye beer. At a little more than 5% ABV, it’s a nicely drinkable beer.
“Long Root is doing well for us,” Ettinger says. “I can’t provide numbers on pints sold, but we’re brewing it regularly and it serves as the primary pale ale in our pubs. It’s been well-received by our pub patrons and is selling well in packaged form. I also understand it’s doing quite well in Japan.”
Long Root Ale is made with organic two-row barley, organic yeast and a blend of organic Northwest hops. The addition of 15 percent Kernza brings a mild spiciness to the dry, crisp finish. Long Root Ale represents the first commercial use of Kernza grain. Integrating it into the beer was not without challenges.
“We soon discovered that the size and shape of the grain is problematic,” says Ettinger. “It’s long, thin and small, making it difficult to malt because it defies standard screens, bags and sieves. As a result, we’ve not been able to successfully liberate fermentable sugars from the grains.”
Which means, at least for now, the Kernza is behaving like unmalted wheat or barley. It contributes color, body and flavor, but no measurable sugar. Ettinger is searching for a solution and hopes to increase the percentage of Kernza used in the beer at some point.
“We’re working on finding or designing a malting bin that will accommodate the Kernza,” Ettinger says. “If we can do that, it will be a full player in this beer and we’ll be able to increase how much of it is used. In fact, a bin like that might hold other unconventional grains, which would be a nice development.”
The environmental advantages of the Kernza plant are many. As a perennial, it doesn’t need to be replanted each year, reducing fuel use and topsoil loss. Because it grows 6-8 feet deep, compared to annuals like wheat and barley that grow only 6-10 inches deep, the Kernza requires significantly less water, fertilizer and pesticide. The roots of the plant extract nutrients from deep in the soil, improving soil biodiversity and trapping carbon, good news for the planet.
“For a lot of reasons, we are extremely proud to be part of this project,” says Ettinger. “It’s one of the most spiritually satisfying things that we’ve been involved in.”
For its part, Patagonia Provisions saw a unique opportunity in teaming up with Hopworks to showcase efforts the company has made in developing environmentally sound farming practices.
“Beer holds a critical role in society and history. It’s the center of many tables, uniting us with its common language,” said Patagonia Provisions’ Birgit Cameron in a press release.
“We saw an opportunity to use a widely influential product to help tell the story of organic regenerative agriculture, via Kernza, to a wide swath of people. All it takes is a small tweak in the way we make our beer to effect big change — we’re hoping this message reaches the big brewers of the world.”
Long Root Ale is available in packaged form at Whole Foods stores in Oregon, Washington and California, as well as at Hopworks locations in Portland and Vancouver, Wash. But don’t look for the iconic HUB logo. Artwork on the 16-ounce cans features Patagonia Provisions branding.
“The Patagonia brand is super clean, minimalistic,” Ettinger says. “Any artist will tell you restraint can be a good thing. Sometimes less is more. We hope to get some Hopworks logos on Patagonia apparel in the near future. We are still in the early stages of this partnership.”
The complementary values of Patagonia Provisions and Hopworks run deep. Both are B-Corporations, a type of for-profit corporate entity committed to making a positive impact on society, workers, communities and the environment. B-Corporations are currently authorized in more than half of the U.S. states.
“I think there’s a lot of interest in sustainable practices,” Ettinger says. “Our partnership with Patagonia Provisions has actually helped us refine and sharpen our vision. Part of that is sharing what we know, because awareness leads to experimentation, which leads to action.
“Baby steps are fine. That’s how change often happens.”
By Dustin Gouker
For the Oregon Beer Growler
The idea of crystal-clear mountain springs being the source of great beer has long been an image evoked by the beer industry, from the iconic commercials of Coors to the labels and marketing of today’s craft brewers.
But getting that water — and keeping it usable after the brewing process — are major issues craft brewers and cities must confront on a daily basis.
Water and general sustainability for the beer industry were the focus of a two-day event held in September, put on by the City of Bend and the Pacific Northwest Pollution Prevention Resource Center. (A similar event was held in Bellingham, Wash., later in the month.)
The event was meant to be an educational opportunity for brewers while bringing together government officials, regulators and members of the craft beer industry to talk about sustainability and water usage. The workshops provided ideas for brewers and owners wanting to decrease their environmental footprint while improving their bottom lines, and connected them with cost-effective resources and solutions to energy, water and waste issues.
“Great beer starts with great water quality and great ingredients, and we have the luxury of having both here,” said Chris Hodge, the CEO of Worthy Brewing, in greeting attendees to the Sustainable Craft Brewery Workshop. Worthy, which hosted day one of the event, is one of a number of Central Oregon breweries that take sustainability issues seriously.
Of course, Bend is renowned for the quality of its water, which is often cited as one of the reasons the craft beer industry has flourished in the region.
At the workshop, Christina Davenport, industrial pretreatment technician for the city of Bend, talked about why brewery wastewater is of concern to cities in general and Bend in particular. For instance, Davenport pointed out, Bend’s Deschutes Brewery and 10 Barrel Brewing create more than 25,000 of wastewater gallons per day.
“We’re working with breweries to find solutions to reducing what goes to the sewer,” Davenport said. “That includes both the strength of the waste, and reducing the volume going into the sewer line.”
Creating one barrel (or 31 gallons) of beer often results in a brewery creating four to 10 barrels of wastewater, Davenport noted. From every brewery, some of that wastewater is of the “high-strength” variety — from the brewing process or from cleaning — which can carry an extreme pH level and is more difficult for municipalities to treat.
One solution employed by breweries is “side streaming,” or collecting high-strength waste so it can be disposed of separately. For instance, spent hops, grain and yeast can often be used by farms, and are commonly used by farms that have relationships with breweries.
Water wasn’t the only issue at the workshop. The Energy Trust of Oregon presented on how incentives and energy audits can save significant energy costs. Worthy, for instance, worked with Energy Trust and installed energy-efficient lighting, a high-efficiency heating system and solar electric. That resulted in nearly $80,000 in Energy Trust incentives, as well as $16,000 in annual energy savings for Worthy.
The PPRC presented on proven cost-saving sustainability measures, including case studies for breweries on how to reduce usage of energy, water and carbon dioxide.
But water was the focus of day two, the “Source to Brewer to Sewer Tour.” Attendees got an up-close look at the City of Bend’s water system.
The tour gave attendees a better idea of where the water that goes into beer comes from, and what has to happen for it to be treated after the brewing process. It starts with Bend’s surface water intake on Bridge Creek near Tumalo Falls, which is just a few miles from a pristine water source.
Bend also just finished a project that cost tens of millions of dollars, including the new Outback Water Filtration Facility and miles of new pipe connecting intake to the facility. That gives brewers an idea of how much effort and money is put into water quality in municipalities in general, and Bend in specific. Attendees also saw Bend’s water reclamation facility, which deals with breweries’ wastewater on the back end.
In between those stops, four local breweries (Deschutes, 10 Barrel, Crux Fermentation Project and Monkless Belgian Ales) opened their doors to talk about sustainability and water issues.
It’s clear that the idea of municipalities working with breweries on these issues is far from finished. Paul Rheault, Bend’s public works/utilities director, talked with attendees and said he hoped to one day forge a private-public partnership with the breweries to deal with the problems and costs associated with high-strength waste.
“We want the breweries to succeed,” Rheault said. “Thankfully, we have a good water source that’s well treated now for the brewers to use and make a good product.”
The discussion on water and sustainability issues for breweries is far from over. The city of Bend hopes to host a similar event in the future. Jack Harris, founder of Fort George Brewing in Astoria, was in attendance. Fort George recently hired a director of sustainability, and Harris said he would like to have an event similar to this one in his town.
The craft brewery industry has often prided itself on trying to be green and employing sustainable practices. That obviously becomes more difficult as breweries grow, but Bend and the breweries that call it home have shown there are ways to work together to make it easier.
By Patty Mamula
For the Oregon Beer Growler
GoodLife Brewing in Bend has been on a roll ever since it opened five years ago this June. “We’re five years ahead of our business plan and 800 percent ahead of production goals,” said sales and promotions coordinator Chris Nelson.
To celebrate and give back to the community, GoodLife started a Sustainable Session Series in February with a portion of sales going to a Northwest nonprofit. The first beer is the Brewshed Session Ale, available through the end of May, with proceeds going to The Oregon Brewshed® Alliance, created to protect Northwest watersheds.
Nelson said, “All the session beers will be different styles. The new one coming in June is called Wildland Session Ale and we are donating 1 percent of the sales to the Deschutes Collaborative Forest Project. The one for October will be Mountain Rescue, GoodLife’s first beer. The proceeds from that will go to Deschutes County Search and Rescue.”
Native son Curt Plants started the brewery along with Ty Barnett, who’s originally from Joseph. The two managed to secure the business’s enviable west side location through a combination of incredible timing and luck. They were one day away from signing a lease on a facility in northeast Bend and planned to focus on production.
But they happened to drive by an indoor tennis center for lease in the Century Center Events venue. Immediately they were hooked. The building had high ceilings, good light and plenty of space: 22,000 square feet inside and 9,000 square feet outside. They jumped at the chance to lease it and took the financial hit for the buildout. At the time, people wondered what in the world they would do with all that space.
It turns out, plenty. When you drive into the GoodLife parking lot, you’re right in front of their beer garden. The fenced area features a few tables, a firepit, a bocce ball court and a food cart. There’s room for kids and dogs to run or to spread out a picnic and hang out. In the summer, it’s constantly full and often the scene of charity events.
The brewery is directly to the left of the garden. With all the new tanks GoodLife keeps adding, the brewhouse is close to needing an expansion. But before they opened and installed a 30-barrel system, the empty space was cavernous and obviously so. There was so much room initially, the touring company Cycle Pub moved in. It was a beneficial partnership for a while, but GoodLife eventually needed to grow and the bike company found a new home. Curt’s older brother Mark has now taken over a section of the building for BackDrop Distilling. This is another win-win arrangement, as Mark uses the brewery’s wort and GoodLife gets his barrels. Plus, the copper still is an eye-catching addition.
Growing up, Curt was interested in learning about different beers. Curt and his father, a music teacher in the Bend school district, often vacationed at Odell Lake, which is about 65 miles southwest of Bend. That’s when father and son would sample beers to educate their palates. One day, Curt’s dad suggested he continue his studies at the Siebel Institute because he knew his son was passionate about beer and didn’t like traditional schooling. Curt went on to complete coursework there, got a job at Rogue, but eventually turned his focus to opening a brewery with co-founder Ty.
GoodLife got going with a 30-barrel, four-vessel system and produced 3,100 barrels during the first year. Growth continued from there, including the addition of two 240-barrel fermenters and a 130-barrel lagering tank. Last year, production hit 20,000 barrels. Nelson said, “The 30-barrel system will max out at 55,000 barrels a year.” Right now, they brew four batches a day, six days a week from 6 a.m. to 9 p.m.
The expansion was driven by their purchase of a canning line. They had been using a mobile unit that filled 30 containers a minute. But the new line can handle 122 cans in that same amount of time. The line from Palmer Canning out of Chicago was, at the time, the largest the business had shipped west of the Mississippi. The equipment will allow GoodLife to keep up with demand in their distribution markets, including Oregon, Idaho, Hawaii, Washington and Vermont.
For GoodLife and so many other local enterprises, sustainability is simply a part of life in Central Oregon. Spent grain recycling started with a phone call from Curt to longtime family friend Dave Holmberg, his former teacher and principal. Holmberg, who worked with Curt’s father at the same school, also owns Anchor Heart Ranch and raises cattle. Holmberg described that, “Curt asked if I still had cattle and said he was starting a brewery. Would I be interested in taking that stuff?”
Holmberg started with one small trailer to haul off GoodLife’s spent grain, but he now owns four large trailers and two 1-ton diesel trucks to handle all of the byproduct. He arrives in the morning, depending on the brew schedule, with an empty trailer to replace the full one, which contains 10,000-12,000 pounds of spent grain. Not only do Holmberg’s cattle benefit from the process; hogs at High Hope Acres in Culver also get some of the load. Holmberg additionally picks up the trub (yeast mixed with beer, the stuff left at the bottom of the fermenters) in 300 gallon containers — five or six a week.
“With the trucks and trailers I have now, and with GoodLife’s 30-barrel operating system, I can keep up with them for the foreseeable future,” said Holmberg. “Between me and my other driver, even with increased production, we will just be busier recycling spent grain.”
Future plans for GoodLife? “We have the option of building on the lot adjacent to our parking lot. If we were to do that, we would be going big — comparable to Deschutes with a 100-120 barrel system. Or we will stay put — maybe put in a 60-barrel system and continue as a regional brewery,” said Nelson.
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