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KALES S COOPERATIVE
Jessica Rudder
Jason Cowin
Justin Bare
Kate Doughty
Rory Jack
Laura Moser
2014 Business Plan Competition
Foster School of Business
University of Washington
Page | 1
Skales Cooperative is a producer-owned urban agriculture cooperative
that utilizes aquaponics technology to supply fresh, organic, locally grown
produce and fish to Seattle-area restaurants.
The Problem: Why Do We Need Aquaponics Now?
In Seattle, organic urban farming has the potential
to address the problems associated with current
food production practices (see box at right).
However, no cooperatives currently exist that work
to simultaneously contribute local organic produce
while practicing sustainable aquaculture in an urban
setting. At this time, there is an undeniable
opportunity for aquaponics farmers to form a
cooperative that meets restaurants’ and businesses’
growing demand for locally-produced, healthy food.
We have already partnered with True Blue
Aquaponics located in Seattle to start the
cooperative and share marketing expenses.
The Skales name references three features of our
aquaponics system: scales from fish, a system that is
scalable to fulfill a market demand, and kale to
reference local, healthy food that will be supplied
commercially.
Microgreens flourishing in an aquaponics system
(photo courtesy of True Blue Aquaponics)
The Problems with our Current
Food System:
It is heavily dependent on non-renewable fossil
fuel energy in the form of synthetic fertilizers,
petroleum based agricultural chemicals,
refrigeration, irrigation, diesel powered
machinery, and an oil-dependent distribution
system – all of which increase greenhouse gas
emissions.
Soil based agriculture is a major user of ground
and surface water in the United States,
accounting for approximately 80 percent of the
Nation’s consumptive water use and over 90
percent in many Western States (USDA).
The world’s fish stocks are severely threatened
by overfishing. According to the World Wildlife
Foundation, the global fishing fleet is double to
triple what the oceans can sustainably support.
53% of the world’s fisheries are fully exploited
and 32% are overexploited, depleted, or
recovering from depletion.
One of the most significant difficulties with
organic urban farming is maximizing food
production for the limited amount of land
available in an urban setting like Seattle. Soils in
many of the underutilized spaces in urban areas,
such as industrial districts and abandoned lots,
are often contaminated with lead, arsenic,
Polyaromatic Hydrocarbons (PAHs), or other
chemical additives left over from industrial leaks
and spills.
Page | 2
The Solution
Aquaponics is …
Aquaponics is a sustainable food production system that combines recirculating aquaculture (raising
aquatic life) and hydroponics (gardening without soil) in a symbiotic environment. In this closed-loop
system, bacteria convert fish waste into nutrients for plants which then help clean the water to cycle
back to the fish (see diagram below). Our urban farming cooperative uses technologically innovative
aquaponic systems to produce quality, organic and nutritional vegetables and fish for human
consumption—with the goal of creating a cooperative network of profitable urban fish and vegetable
farms.
… Environmentally Sustainable Aquaponics uses 90% less water, plants grow up to 50% faster, is 100% organic, and can produce up
to 300,000 pounds of food per year in just 1 acre of space.
… Economically Efficient Aquaponics systems save space and can be built in underutilized urban spaces or abandoned
structures – bringing new economic life to previously empty spaces. This, in turn, keeps prices
competitive by driving cost savings from lower-cost rents, utilities, and transport.
…Scalable and Innovative We identified labor and monitoring as a major constraint for existing aquaponics farmers. To solve
this problem, our team engineered new software that will enable automatic control that can be
monitored remotely.
The Skales Prototype includes (from left to right): a 200 gallon tank where tilapia are raised, a grow bed with gravel
media and microorganisms to process the fish waste into fertilizer, and a floating raft bed ideal for growing micro-
greens and herbs. A recirculating pump will return the water to the fish tank.
Page | 3
Our Technology:
In order to increase the efficiency of
aquaponics systems, we developed software
that monitors system performance and alerts
managers to problems using a web platform
accessible by smart phone technology. This
system will check important values like pH,
temperature, and water levels and use that
data to control the pumps and heaters to
maximize the efficiency of the system.
This innovative technology will increase labor
efficiency and therefore reduce overall
operating costs. This data will also be available
using Wi-Fi technology so that the managers
are able to change certain parameters
remotely. It will alert managers when
hazardous situations arise, like leaks, power
outages and malfunctioning equipment. This
will give enough time for the manager to react
and solve the problem before wellbeing of the
fish is compromised. This is just one addition
that will make our system stand out from the
competition.
The Market: The Skales system addresses the market
demand for efficient solutions to increased
local production of organic food, improving
upon the already unique technology of
aquaponics. The crops selected include Sweet
Basil, Microgreens, Yukina Savoy, Maribor
Kale, Mizuna, Arugala, and Wheatgrass, and
for the fresh-water tilapia fish. Criteria for
plant selection included compatibility with the
aquaponics system, local demand and market
gaps, ease and speed of growth, and pounds of
food produced. Tilapia were selected due to
their speed of growth, wide tolerance of
environment, and usefulness to local
restaurants.
Produce Grown in the Skales System
Which foods? Why those?
Page | 4
The Skales team setting up the prototype system in the Washington Park Arboretum
Market Research Direct farm sales in King County is over $2.5 million annually.
2,027 restaurants in King County that spend an average of $370 million on food purchases annually.
King County residents spend an average of $715 per person at restaurants annually.
60% of organic food purchasers in Washington State reported that buying local is a high priority.
Locally-sourced produce has been the top restaurant trend since 2009, according to the National
Restaurant Association’s annual chef survey.
Go to Market Strategy Traction
Step 1: Research food prices for restaurant suppliers, and the factors that contribute to these prices. Reach out to local restaurants with the resulting general sumary of Skales
produce and pricing projections.
Step 2: Finalize produce availability and prices, based on initial growth of crops and restaurant
feedback. Follow up with interested restaurants, advertising Skales' schedule of
specific produce availability and prices.
Step 3: Establish temporary (six month) contracts with restaurants for committments
to buying and delivering produce.
Step 4: Based on feedback from restaurants over first six months, alter contract details or
delivery practices as needed. Establish permanent contracts and develop relationships
with consumer (restaurant) base.
Market Finalized: Long term contracts are established with local restaurants, with regular
growing and delivery shcedules. Prices are relatively constant, only increasing as more
restaurants enter market or existing restaurants expand.
Partnered with True Blue Aquaponics, the only Seattle-
based aquaponics farming company as founding
members of the aquaponics cooperative.
Received $2,000 in prototype funding from the 2014
Environmental Innovation Challenge.
Communication with local restaurants has confirmed
that chefs are frustrated with a lack of year-round,
reliable, local produce in Seattle. Chefs showed interest
in purchasing our product.
Built a working prototype in the UW Botanic Gardens
with support from the UW Farm, Washington Park
Arboretum, and UW Department of Comparative
Medicine.
Designed and developed monitoring and controls
software.
Launching a Kickstarter campaign to raise $10,000 in
mid-April, 2014.
Page | 5
The Cooperative Business Model
Our business model will be a large-scale producer-owned cooperative that caters to local restaurants.
Each separate aquaponics operation will be considered an individual producer in the cooperative. The
governance within each producer will be established independently, but the cooperative governance
will be democratic, with each producer having an equal voice in decisions about the business. Profits
will be re-distributed according to the contribution of vegetables and fish for sale by each producer,
and a portion will be set aside to re-invest in urban agriculture businesses in Seattle. Skales will attract
small and large-scale impact investors eager to find business solutions that address social problems.
Organizing aquaponics growers into a
cooperative will negate the need for a large
centralized growing facility, while at the same
time producing sufficient volume of produce to
reliably supply local restaurants.
The chart below shows an analysis of key
competitors in the food-supply market for
restaurants in Seattle. It highlights the
advantages and disadvantages of each
competitor and specifies what makes the Skales
Cooperative model unique and competitive.
Notably, Skales advantages are that it provides
year-round production, saves water and space,
and has lower distribution costs.
Competitive Analysis: Advantages (+) and Disadvantages (-) of Competitors
Aquaponics
Farm C
Local Restaurant
A
Local Restaurant
B
Aquaponics
Farm B
Aquaponics
Farm A
Page | 6
Economic Viability
An initial investment of $100,000 will allow
the team to invest in 12 grow beds, pay one
full-time farm manager, and two part-time
employees to operate the system:
The table shows an estimate of profit
and loss for the first three years. Based on
conversations with other urban growers
and chefs in Seattle, we anticipate high
demand for our produce and will be able to
sell 100% of production.
Based on labor, price, and yield
information gathered from other
aquaponics growers, one full time
employee and two part time employees are
needed to operate and maintain 12 grow
beds that require three fish tanks.
To have continuous year-round
production, it is necessary to stagger
planting and install one new grow per
month for the first year. As such, the
company is expected to experience a loss of
$63,200 the first year that will be recouped
in the second year, resulting in a profit of
$28,950. In the third year, we plan to invest
in 8 more grow beds, resulting in profit of
$15,050.
Time to Invest Our cooperative has great potential for success in cities like Seattle. With a high concentration of
progressively-minded citizens, there is much demand for food that has been produced in a sustainable
manner. In turn, restaurants are keenly interested in catering to customers who care about
transparency in their food system. Skales Cooperative will satisfy growing demand by providing local
urban restaurants with fresh fish and vegetables produced without the use of synthetic fertilizers or
pesticides.
Y1 Y2 Y3
REVENUES
Micro greens 9,000$ 28,200$ $ 31,000
Herbs $ 27,000 84,600$ $ 91,200
Kale 2,300$ 7,050$ $ 7,650
Fish 1,500$ 3,600$ $ 4,400
Total REVENUES 39,800$ 123,450$ $ 134,250
EXPENSES
Compensation
Farm Manager 48,000$ 48,000$ $ 48,000
Hourly PTE 9,600$ 9,600$ $ 14,400
Subotal Compensation 57,600$ 57,600$ $ 62,400
Operating Costs
Maintenance and Utilities $ 8,400 $ 12,900 $ 13,600
Fish food 2,200$ 3,600$ $ 5,300
Seeds and Starts 600$ 600$ $ 800
Marketing 700$ 1,200$ $ 1,200
Distribution 900$ 3,000$ $ 3,300
Rent 6,000$ 6,000$ 6,000$
Fish 600$ 3,600$ $ 3,600
Fish Transport 500$ 6,000$ $ 6,000
Subtotal Operating Costs 19,900$ 36,900$ $ 39,800
Start up costs
Grow Beds 18,000$ - $ 12,000
Fish tank 1,500$ - $ 1,000
Grow Lights 6,000$ - $ 4,000
Subtotal Start up Costs 25,500$ - $ 17,000
Total EXPENSES 103,000$ 94,500$ $ 119,200
Gross Profit (Loss) (63,200)$ 28,950$ $ 15,050
% Gross Margin -159% 23% 11%
Income Statement: 12 Grow Beds
Page | 7
The Skales Management Team
Jessica Rudder – Planning and Operations Lead Jessica is a graduate student in Public Administration at the Evans School of Public Affairs. She has a B.A. in Business Administration and has three years of experience working in Panama on business development and agriculture projects. She currently works on agriculture and food policy for the Evans School Policy Analysis and Research group.
Jason Cowin – Construction and Engineering Lead
Jason studies Mechanical Engineering focusing on Mechatronics. He works with control systems and enjoys making projects with Arduinos for fun, making him invaluable to the design and implementation of the system controls technology.
Justin Bare – Controls and Software Development Lead Justin is a PhD student in computer science. With strong programming skills and experience in farming, he has provided key contributions to many aspects of the system design. He wrote the software for the controls system.
Rory Jack – Treasurer and Urban Agriculture Specialist Rory studies Environmental Science and Resource Management with a focus in urban horticulture. With sustainability on his mind, Rory brings a strong background of biology and experience in gardening and construction.
Kate Doughty – Farming Practices Specialist Kate is an environmental studies major, with a specialization interest in urban and sustainable food system. She is the lead coordinator for the Mercer Court farm at the University of Washington and has extensive knowledge about produce and agricultural practices.
Laura Moser – Water Resource and Project Management Lead Laura studies Civil and Environmental Engineering with a focus on water resources. In addition to knowledge about the fresh water aspects of the system, she brings experience in professional writing and team leadership.
Advisors & Sponsors Alex Currier is the founder of True Blue Aquaponics. After graduating from University of Washington he traveled south to Central America where he studied permaculture and appropriate technology for a year and a half. He manages a team that runs an aquaponics system at Central City Farm in Seattle. The partnership with True Blue has provided key planning and operation insights for the Skales team. Sarah Geurkink is the on-staff manager of the UW Farm. In previous roles, Sarah has managed an organic farm in Michigan, and a commercial incubator kitchen. She was the initiator of this project and serves in an important advisory capacity on farm management practices. Nick White holds an MBA from the Foster School of Business. He competed in the Business Plan Competition in 2012, and leveraged the experience to launch an internet start-up. He advises the team on financial modeling and business planning.