Search Content

Use the search bar above, explore content using the categories below, or log in to find your favorites.

Create An Account

Thank you for choosing to create an account with us.

Please note that creating an account is optional, but helps us better tailor the content we show you.


Please enter your email address and choose a password.

By creating an account, you agree to our Terms and Conditions and our Privacy Policy

Log in

Tell us a little about yourself


Choose Areas of Interest

Please tell us a little more about your profession.

This is optional, but lets us better tailor content to your specific interests.


You can read our policy on data collection and privacy here.

Channels that Interest You

Finally, check which channels interest you so you can see more relevant content. Choose as many as you like. You can also come back here and edit these settings later.


Share Content

Share our content with your friends and colleagues using the links below.


Sign up Forgot your password?
Home Glycol & Hydronic Heating Systems
Using glycol in a heating system in Minnesota is essential to prevent freezing in colder temperatures. Eric shows how the glycol mixture is connected to a system using a digital mini feeder, which helps maintain pressure and proper flow throughout the closed-loop system. By using the glycol feeder, there is no need to connect to potable water, reducing the risk of cross-contamination. This self-contained unit ensures that the heating system operates efficiently and effectively, providing heat even in the event of power loss or system malfunctions. Overall, the glycol feeder is a critical component in ensuring the functionality and reliability of the hydronic heating system in the Duluth Build project.

Showing result 1 to 8 of 45