In Washington, Royal Dairy Aims to Go Carbon Negative
As a third-generation farmer in Washington's Columbia Basin, Austin Allred cut his teeth on row crops and orchards. But ever since high school, he's had something else to prove.
Allred, the owner of Royal Dairy, has ambitions for large-scale regenerative agriculture that go far beyond achieving net zero carbon emissions, which has become a notable albeit commonplace corporate goal these days. Allred believes farms have the potential to do a lot more. They can be an essential force for protecting the planet, while still providing a healthy long-term ROI.
"There is no reason why every agriculture system should not be carbon negative," says Allred, who has a herd of nearly 10,000 cows. To be carbon negative means not only to offset one's emissions but actually to remove more carbon dioxide than is emitted. "Being carbon negative when you are utilizing soils and cattle together is a very realistic goal."
Innovative Farm Management with Ambitious Goals
Royal Dairy, a customer of legacy Bank of the West, which is now a part of BMO, is about 150 miles southwest of Seattle and a member of the Northwest Dairy Association (NDA) and supplies milk to the NDA processing subsidiary, Darigold. With its carbon-negative goals, Royal Dairy could become a model for a sustainable future in the agriculture industry, which the US government estimates generates 10 percent of all greenhouse gas emissions 
.
Allred's father, years ago, had the foresight to add a dairy to their crop farm and orchards. Carbon sequestration on Allred farms depends heavily on the ability to grow value-added crops for cow feed and use cow byproducts to build soil health. As it turned out, the cows were just the beginning. Restless and relentless, Allred would pull out all the stops to prove large-scale agriculture can be environmentally sound—including waterskiing in a lagoon of treated manure. But more on that later.
This story is about how Royal Dairy has combined several innovations in pursuit of a carbon negative goal, including smart use of technology, a multi-generational view of farming, capitalizing on carbon credits, and an unlikely ingredient—insatiably hungry worms.
How to Lower Farm Emissions with Worms
Tackling dairy wastewater was first up on Allred's list. Many dairy farms store liquid manure in massive open lagoons—a significant source of methane, which warms the planet 25 times faster than CO2 .
"I was looking for a solution to clean our water and to convert our lagoon into an irrigation pond," he recalls. Like other dairy farmers trying to reduce emissions, he explored solutions that included reverse osmosis, ultrafiltration, and numerous manure and water recycling systems designed for livestock.
While at the Tulare Farm Show, he found an international company called BioFiltro , which happened to be another legacy Bank of the West, now BMO, client. BioFiltro offered a pioneering wastewater solution powered by worms. Its systems have helped industries from livestock and aquaculture to alcoholic beverages and food processing put vermifiltration to work.
The biological processes behind BioFiltro's Biodynamic Aerobic (BIDA) system happens in 5-foot-deep concrete beds. Wastewater settles through a worm- and microbe-infused layer of wood chips. Then it passes through crushed rock on its way to a drainage basin. Within four hours, the system removes 99 percent of wastewater contaminants.
![At Royal Dairy, liquid manure lagoons have become irrigation ponds.]](https://preview.commercial.bmo.com/media/uploads/sydney.breitbach%40bmo.com/overhead-cropped.jpg)
Royal Dairy installed its pilot BIDA system in 2016 and expanded it in 2018. The latest expansion, completed a little over a year ago, brought Allred's worm farm to 7.5 acres—capable of processing 400,000 gallons of wastewater per day. About 75 percent of the recycled water goes to clean cow pens and dairy systems and the rest is used for irrigation.
Allred and BioFiltro's CEO celebrated in 2020 by waterskiing in the tea-colored lagoon .
The Business and Environmental Potential of Worms
Along with cleaner water, Allred estimates Royal's worm beds will generate about 20,000 yards of worm substrate annually, which is a potential source of revenue. The high-value substrate—comprised of worms, worm castings, and composted wood chips—is already nourishing Allred family apple orchards and being sold to some local farms. Allred says a potential even exists to sell substrate to the government for soil remediation.
"I am most excited about those worm castings and the ability they have to allow us to go next-level regeneration on our farm," he says. Given the research finding that regenerative practices result in more nutritious crops , next-level regeneration isn't just a sustainability goal but also promises to add value to the farms.
With Royal Dairy registered on Verra's Verified Carbon Standard, Allred's been able to sell carbon credits generated by the BioFiltro system. He estimates the latest expansion puts those annual credits at 45,000. Each credit represents a 1-metric-ton reduction in carbon dioxide equivalent emissions (CO2e)—roughly equal to the CO2e produced by driving a car from San Francisco to Atlanta.
Leveraging Software for Sequestration
About two years ago, Allred's agronomist told him about a tool to help Royal Dairy and Allred family farms do a better job tracking their carbon footprints. Developed by Colorado State University and the USDA's Natural Resources Conservation Service, COMET-Farm software helps Allred manage dairy and beef herds, field crops, and orchards.
Allred has explored potential gains from changes in tillage, grazing systems, cover crops, crop rotations, irrigation, and fertilization practices. It's even helped him identify specific manure application rates to optimize the soil carbon sequestration return—confirming more isn't better when it comes to manure. Allred's feed, supplements, breeds, weights, ages, and production practices all affect the carbon emission scenarios for livestock herds.
Using Scenario Analysis to Determine Better Outcomes on the Farm
Allred keeps meticulous farm management records. This helps when he has to input detailed operational information to evaluate his whole-farm carbon footprint. USDA databases filter location-specific climate and soil conditions. Then he applies alternative farm and livestock management scenarios, such as manure application rates, to see how changing management practices could impact GHG emissions and carbon sequestration.
"It's helping us manage all of that and really set a baseline and determine how we can improve, where we can improve and what can be done," he says.
Since Allred started using COMET-Farm, he says operations have improved their per-acre soil carbon sequestration by more than 1 ton of CO2 equivalents annually. In a market where consumers are increasingly interested in sustainable agriculture, those gains have potential marketing value. And Allred cites a more direct impact on his operations as well.
"Carbon in the soil reduces your synthetic fertilizer—that is a huge savings," he says.
Making a Case for Climate-Friendly Cows
Allred acknowledges people typically don't associate cattle—especially dairy cows—with sustainability. But he believes that a regenerative, soil-health framework that properly manages synergies among soil, crops, and livestock can change that.
"Without [cattle's] role in our agriculture system, I would venture to say—and I'll put my career on it—that our soil health goes to crap really fast," Allred says.
Allred's current project is to spread awareness about the importance of cattle by developing a traceability app called FarmTracer . A work in progress, the app is a way to educate consumers about an animal's role in a sustainable system. The beta version that helps market Royal Ranch beef enables consumers to access animal-specific carbon footprint data tied to individual animal IDs. The app also features Allred cherries. Plans include third-party certification of other equally transparent regenerative farms.
Allred is confident Royal Dairy and associated Allred family operations can and will reach his carbon-negative goals, while also running a healthy business.
The various value adds of embracing regenerative agriculture practices powered by cows do accumulate: the marketing benefit of sustainability data, the savings from synthetic fertilizer reductions, enhanced soil health leading to improved crop quality, recycled water for cleaning and irrigation. And saleable carbon credits certainly boost your EBITDA and help fund more farming innovations.
"We don't have to give up our profit in order to create an incredible regenerative system," Allred says.
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James Wernli
Managing Director
As a third-generation farmer in Washington's Columbia Basin, Austin Allred cut his teeth on row crops and orchards. But ever since high school, he's had something else to prove.
Allred, the owner of Royal Dairy, has ambitions for large-scale regenerative agriculture that go far beyond achieving net zero carbon emissions, which has become a notable albeit commonplace corporate goal these days. Allred believes farms have the potential to do a lot more. They can be an essential force for protecting the planet, while still providing a healthy long-term ROI.
"There is no reason why every agriculture system should not be carbon negative," says Allred, who has a herd of nearly 10,000 cows. To be carbon negative means not only to offset one's emissions but actually to remove more carbon dioxide than is emitted. "Being carbon negative when you are utilizing soils and cattle together is a very realistic goal."
Innovative Farm Management with Ambitious Goals
Royal Dairy, a customer of legacy Bank of the West, which is now a part of BMO, is about 150 miles southwest of Seattle and a member of the Northwest Dairy Association (NDA) and supplies milk to the NDA processing subsidiary, Darigold. With its carbon-negative goals, Royal Dairy could become a model for a sustainable future in the agriculture industry, which the US government estimates generates 10 percent of all greenhouse gas emissions .
Allred's father, years ago, had the foresight to add a dairy to their crop farm and orchards. Carbon sequestration on Allred farms depends heavily on the ability to grow value-added crops for cow feed and use cow byproducts to build soil health. As it turned out, the cows were just the beginning. Restless and relentless, Allred would pull out all the stops to prove large-scale agriculture can be environmentally sound—including waterskiing in a lagoon of treated manure. But more on that later.
This story is about how Royal Dairy has combined several innovations in pursuit of a carbon negative goal, including smart use of technology, a multi-generational view of farming, capitalizing on carbon credits, and an unlikely ingredient—insatiably hungry worms.
How to Lower Farm Emissions with Worms
Tackling dairy wastewater was first up on Allred's list. Many dairy farms store liquid manure in massive open lagoons—a significant source of methane, which warms the planet 25 times faster than CO2 .
"I was looking for a solution to clean our water and to convert our lagoon into an irrigation pond," he recalls. Like other dairy farmers trying to reduce emissions, he explored solutions that included reverse osmosis, ultrafiltration, and numerous manure and water recycling systems designed for livestock.
While at the Tulare Farm Show, he found an international company called BioFiltro , which happened to be another legacy Bank of the West, now BMO, client. BioFiltro offered a pioneering wastewater solution powered by worms. Its systems have helped industries from livestock and aquaculture to alcoholic beverages and food processing put vermifiltration to work.
The biological processes behind BioFiltro's Biodynamic Aerobic (BIDA) system happens in 5-foot-deep concrete beds. Wastewater settles through a worm- and microbe-infused layer of wood chips. Then it passes through crushed rock on its way to a drainage basin. Within four hours, the system removes 99 percent of wastewater contaminants.
Royal Dairy installed its pilot BIDA system in 2016 and expanded it in 2018. The latest expansion, completed a little over a year ago, brought Allred's worm farm to 7.5 acres—capable of processing 400,000 gallons of wastewater per day. About 75 percent of the recycled water goes to clean cow pens and dairy systems and the rest is used for irrigation.
Allred and BioFiltro's CEO celebrated in 2020 by waterskiing in the tea-colored lagoon .
The Business and Environmental Potential of Worms
Along with cleaner water, Allred estimates Royal's worm beds will generate about 20,000 yards of worm substrate annually, which is a potential source of revenue. The high-value substrate—comprised of worms, worm castings, and composted wood chips—is already nourishing Allred family apple orchards and being sold to some local farms. Allred says a potential even exists to sell substrate to the government for soil remediation.
"I am most excited about those worm castings and the ability they have to allow us to go next-level regeneration on our farm," he says. Given the research finding that regenerative practices result in more nutritious crops , next-level regeneration isn't just a sustainability goal but also promises to add value to the farms.
With Royal Dairy registered on Verra's Verified Carbon Standard, Allred's been able to sell carbon credits generated by the BioFiltro system. He estimates the latest expansion puts those annual credits at 45,000. Each credit represents a 1-metric-ton reduction in carbon dioxide equivalent emissions (CO2e)—roughly equal to the CO2e produced by driving a car from San Francisco to Atlanta.
Leveraging Software for Sequestration
About two years ago, Allred's agronomist told him about a tool to help Royal Dairy and Allred family farms do a better job tracking their carbon footprints. Developed by Colorado State University and the USDA's Natural Resources Conservation Service, COMET-Farm software helps Allred manage dairy and beef herds, field crops, and orchards.
Allred has explored potential gains from changes in tillage, grazing systems, cover crops, crop rotations, irrigation, and fertilization practices. It's even helped him identify specific manure application rates to optimize the soil carbon sequestration return—confirming more isn't better when it comes to manure. Allred's feed, supplements, breeds, weights, ages, and production practices all affect the carbon emission scenarios for livestock herds.
Using Scenario Analysis to Determine Better Outcomes on the Farm
Allred keeps meticulous farm management records. This helps when he has to input detailed operational information to evaluate his whole-farm carbon footprint. USDA databases filter location-specific climate and soil conditions. Then he applies alternative farm and livestock management scenarios, such as manure application rates, to see how changing management practices could impact GHG emissions and carbon sequestration.
"It's helping us manage all of that and really set a baseline and determine how we can improve, where we can improve and what can be done," he says.
Since Allred started using COMET-Farm, he says operations have improved their per-acre soil carbon sequestration by more than 1 ton of CO2 equivalents annually. In a market where consumers are increasingly interested in sustainable agriculture, those gains have potential marketing value. And Allred cites a more direct impact on his operations as well.
"Carbon in the soil reduces your synthetic fertilizer—that is a huge savings," he says.
Making a Case for Climate-Friendly Cows
Allred acknowledges people typically don't associate cattle—especially dairy cows—with sustainability. But he believes that a regenerative, soil-health framework that properly manages synergies among soil, crops, and livestock can change that.
"Without [cattle's] role in our agriculture system, I would venture to say—and I'll put my career on it—that our soil health goes to crap really fast," Allred says.
Allred's current project is to spread awareness about the importance of cattle by developing a traceability app called FarmTracer . A work in progress, the app is a way to educate consumers about an animal's role in a sustainable system. The beta version that helps market Royal Ranch beef enables consumers to access animal-specific carbon footprint data tied to individual animal IDs. The app also features Allred cherries. Plans include third-party certification of other equally transparent regenerative farms.
Allred is confident Royal Dairy and associated Allred family operations can and will reach his carbon-negative goals, while also running a healthy business.
The various value adds of embracing regenerative agriculture practices powered by cows do accumulate: the marketing benefit of sustainability data, the savings from synthetic fertilizer reductions, enhanced soil health leading to improved crop quality, recycled water for cleaning and irrigation. And saleable carbon credits certainly boost your EBITDA and help fund more farming innovations.
"We don't have to give up our profit in order to create an incredible regenerative system," Allred says.
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