Lillooet and the Fraser River in British Columbia
Phase I: Interior • Phase II: Fraser Valley

Grow food.
Run AI.
Reuse the heat.

A proposed British Columbia network where clean electricity powers distributed data centres, recovered heat supports greenhouses and food processing, and dedicated fibre links communities into one regional compute fabric.

2 phasesInterior first; Fraser Valley second
15 communitiesPrimary screening nodes across both phases
575–925Indicative direct permanent roles at full concept build-out
98% cleanBC Hydro generation is reported as 98% renewable/clean
A different infrastructure model

Compute becomes part of the farm.

Instead of rejecting server heat to the atmosphere and importing separate heat for agriculture, the project co-locates compute, heat users, food systems, storage and local services.

01 — Electricity

Clean grid first

British Columbia’s hydro-dominated grid provides the backbone; Interior solar can supplement the dry, sunny Phase I corridor.

02 — Compute

Distributed AI sites

Modular edge-scale data centres are sized to local grid, fibre, land and heat demand rather than forcing every load into one mega-campus.

03 — Heat

Useful recovery

Liquid-cooled compute makes low-grade heat easier to capture for greenhouses, aquaculture, drying, wash-water and district loops.

04 — Food

Protected agriculture

Year-round production extends growing seasons, reduces exposure to smoke, frost and heat extremes, and turns energy infrastructure into local food infrastructure.

“The best data centre heat-rejection system is one that sells or uses the heat before it ever reaches a cooling tower.”

Phase I

Thompson–Okanagan–Lillooet

Ten principal community nodes follow the Interior corridor from the Fraser canyon through Kamloops and the Shuswap, then south through the Okanagan.

Thompson River at KamloopsOkanagan Lake at KelownaOsoyoos and Okanagan agriculture
Phase II

Fraser Valley food + compute belt

Hope, Chilliwack, Abbotsford, Mission and Maple Ridge extend the system into one of Canada’s most important greenhouse and agricultural regions, with a fibre handoff toward Metro Vancouver.

Farm in Abbotsford British Columbia
Community-first design

Infrastructure with a local dividend.

The benefit model is meant to be negotiated locally rather than imposed from outside.

Local hiring

Qualified local residents first, apprenticeship pathways, and a proposed wage target at least 10% above comparable local market midpoints.

Food & heat

Community greenhouse allocations, food-processing partnerships and low-cost recovered-heat programs can be structured as site-specific benefits.

Equity pathways

Municipal, First Nations, co-operative or community benefit participation can be negotiated before final investment decisions.

Built into the package

See the two phases and the technology.

The website ships with its own high-resolution B.C. network graphics and infrastructure visual library — no missing hot-linked hero photographs.

Two-phase British Columbia network mapWinter greenhouse conceptRural data centre concept