Insights & Education

Follow the Molecule

A plain-language series tracing energy products from wellhead to end user — exploring the infrastructure, geology, and commercial ingenuity that moves molecules across North America.

There are no propane drilling rigs. There are no empty voids in salt formations to store large volumes. The energy industry runs on geology, chemistry, and decades of engineering insight — and most of it is invisible to the people who depend on it every day. This series makes it visible.

Article 01

How can producers afford to produce natural gas at today's lower prices?

Canadian gas faces a fundamental challenge: distance from demand. Discover how NGLs — ethane, propane, butane, and condensate — restore value to producers and keep the industry viable at low gas prices.

Article 02

What are Natural Gas Liquids?

Canada's gas is either "dry" or "rich" — and the difference is worth billions. Follow the molecule through gas processing plants and straddle facilities as valuable NGLs are separated and sent to market.

Article 03

Where does propane come from?

There are no propane drilling rigs — so how does it reach your barbecue or furnace? Trace the molecule from NGL fractionation in Alberta's Industrial Heartland all the way to the cylinder at your door.

Article 04

How is a salt cavern made?

Ancient oceans left a geological gift under the Canadian prairies. Learn how engineers dissolve salt formations with fresh water to create massive underground vaults for storing energy products at scale.

Article 05

Alberta's Industrial Heartland

Article 06

Sarnia's Chemical Valley

Put this expertise to work for your business

Advisory, commercial structuring, speaking engagements, and market strategy across the NGL value chain. Let's start a conversation.

Matthew Miceli

Principal Consultant, Gradient Energy Advisory
Midstream NGL origination & advisory

Follow the Molecule!