Technology

We harness the technology of nature

Habitat is focused on innovative, sustainable agriculture technology that is environmentally thoughtful and economically sound.

Our Farm

Our Habitat

aquaponics facility diagram
1
RECIRCULATING AQUAPONICS SYSTEM
2
COHO SALMON TANKS
3
WATER TREATMENT AND WASTE RECYCLING
4
GREENHOUSE / ORGANIC HORTICULTURE
5
CANNABIS GROW FACILITY
6
DEEP WATER CULTURE

Our Process

Recirculating Aquaponics Systems and Deep Water Culture

While the concepts of both commercial aquaculture and hydroponics have long been understood, the ability to control the biological pathways between these two farm technologies in a commercial, scalable and profitable approach has not existed.

Habitat has developed both sides of the aquaponics equation offering seamless integration of its Recirculating Aquaculture System (RAS) to existing and future greenhouse infrastructure through the utilization of a hydroponics subset called Deep Water Culture (DWC) systems.

This process is described below.

01

Coho salmon are fed and generate waste in tanks

Our coho salmon are provided a certified organic feed and produce waste in return. We have designed this indoor ecosystem to not only preserve water resources but also to ensure that our water quality and fish health are never compromised.

aquaponics diagram
feed waste white text graphic
aquaponics diagram
waste co2 fertilizer text graphic

02

Microbes convert waste to fertilizer and CO₂

Water and waste is recycled from the RAS side by using microorganisms to aerobically digest waste to produce fertilizer and anaerobically digest waste to produce CO₂ – both outputs are then used for growing plants.

aquaponics diagram
fertilizer graphic white

03

Water is pumped to plant beds where plants receive the fertilizer

The high nutrient liquid stream created in the previous step is now pumped to the deep water culture beds where plant roots are suspended. The plants then take up the fertilizer and oxygen in the water enabling them to vigorously grow.

04

Air is exchanged allowing plants to absorb excess CO₂

Our entire food and cannabis production process is carbon neutral as the excess CO₂ emissions of the RAS system are captured and fully absorbed by the plants growing in our deep water culture system.

aquaponics diagram
co2 and o2 with arrows circling graphic
cannabis plant graphic
water graphic
h2o with arrows circling graphic

05

Clean water is captured via transpiration and re-used

Water is captured from the transpiring plants and used as input for the RAS system. Our growing practices and technology enables us to use a minimal amount of resources, recycling as much as 99% of the water used throughout our entire operation.

The End Results

A Sustainable Harvest

When compared to traditional agricultural and greenhouse operations, Habitat’s processes of combining RAS with DWC offers a horticulture solution that increases food production per acre of land, conserves water, replaces the use of chemical fertilizers, and replaces the use of both capital and resource intensive potting soils. The end result is certified organic coho salmon, produce, and cannabis all produced with a minimal carbon footprint and impact on the environment.

fillet piece of salmon
Coho Salmon
vegetables together including sliced cucumber, tomato and piece of lettuce
Produce
cake and caviar bright blue and white packaging with logo and salmon on cover
Cannabis

Watch Habitat Grow