Inventory every public building within 3 km of Google Pine Island that could take its heat, Pine Island, MN.

A 600 MW campus rejects most of its power as low-grade heat. In Odense a Meta campus warms about 7,000 homes and in Hamina Google supplies most of the town's district heat; Germany now requires new campuses to reuse 10 percent of their heat from 2026 rising to 20 percent by 2028. Walk and record the public heat loads near Google Pine Island: schools, pools, hospitals, greenhouses, civic buildings; distance to the fence, heating fuel today, temperature the load needs, and whether a pipe corridor exists along public right-of-way.

Where

public roads and city parks, Pine Island, Goodhue/Olmsted County, MN · Open the map

Pay

$90 proposed

This packet is not funded yet, so this figure is a proposed price and not money waiting in escrow. If a buyer funds it, approved proof settles that price onchain. If nobody funds it, approved proof earns provable credit toward the work instead of cash — recorded, and readable any time at vealth.net/labor/credit/(your wallet). You see which before you claim, never after.

Proof

GPS waypoint per building + distance to fence + heat-load table from public records + corridor sketch

This is exactly what gets it approved. Nothing settles without it.

Level

entry

Open until

2026-10-16

Posted by

0x034F…6c89

The creator wallet. Its signature is what approves proof and settles the wage.

How this work is done

A documented method, so this packet comes out the same whoever does it.

Bring

• GPS phone with camera
• public benchmarking or municipal budget records for building energy
• map of public right-of-way between campus and candidate buildings
• receiving building's meter readings or utility bills (receipt runs)
• hi-vis vest

Steps

1. 1. From the public street, waypoint and photograph each public building within 3 km of the campus that carries a heat load: schools, pools, hospitals, greenhouses, civic buildings.
2. 2. For each, record heating fuel and annual load from public benchmarking, budget or bond records, the temperature grade the load needs (hot water, space heat, greenhouse), and distance to the campus boundary; mark unknown where no record exists.
3. 3. Sketch the public right-of-way corridor a heat pipe could follow; note crossings and ownership from public maps only.
4. 4. For an agreement packet, help the building's governing body put a heat-offtake letter of interest or agenda item on the public record naming the load, temperature and corridor; deliver it to the operator and record the date and any reply.
5. 5. For a receipt run, take the month's delivered heat from the RECEIVING building's meter or bill, campus energy from disclosure or a labeled estimate, and compute ERF = reused MWh / campus MWh; a month with no delivery is published as zero with the reason.
6. 6. Publish and anchor the inventory, the request or the receipt via vealth.net/anchor.

What counts as done

• GPS waypoint and photo from the public street of each candidate building
• A table of each building's heating fuel and annual load from public benchmarking or budget records, or marked unknown
• Distance to the campus boundary and the temperature grade the load needs (hot water, space heat, greenhouse)
• A sketch of the public right-of-way corridor a pipe could follow

Proof is measured against these, not judged by taste.