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TC Energy's Denning Lake Compressor Station is part of the NGTL System.

NGTL is essentially the sole provider of natural gas supply to the growing oil sands region in Alberta, Canada. 

Maple Compressor station, in Canada, is part of TC Energy’s Canadian Mainline natural gas pipeline system. 

Our natural gas pipelines transport more than 25 per cent of the continent’s daily supply used to heat homes, generate power and fuel industry. 

The Foothills Pipeline System, in Canada, is part of TC Energy’s North American natural gas transmission network, which taps into virtually every major gas supply basin and transports more than 25 per cent of the continent’s daily natural gas supply.

The Winchell Lake Compressor Station in Alberta, Canada.

TC Energy’s compressor stations re-pressurize natural gas along our pipelines to keep it flowing at a desired rate.

More than 2,000 residents in Mexico were employed during the construction of the Tamazunchale Pipeline Extension.

Local and international contractors were key to successfully building the pipeline through some of Mexico's most mountainous terrain.

TC Energy acquired several natural gas assets in the United States, including the Hickory Bend Gathering System and Cryogenic Processing Plant, in Ohio, as part of the Columbia Pipeline Group acquisition in 2016.

The Clendenin Compressor Station in West Virginia is one of the U.S. natural gas assets TC Energy acquired, as part of the Columbia Pipeline Group acquisition in 2016.

Compressor stations re-pressurize natural gas along our pipelines to keep it flowing at a desired rate.

TC Energy’s Charleston Gas Control Centre in West Virginia is part of our extensive natural gas pipeline monitoring system, throughout North America.

Bruce Power is the world’s largest operating nuclear facility. TC Energy owns 48.5 per cent or 3,104 megawatts (MW) of Bruce Power’s capacity.

With eight reactors and 6,300 megawatts (MW) of total power-generation capacity, Bruce Power can generate 30 per cent of Ontario’s power needs.

Pipeline pigging, shown here at TC Energy’s Maple Compressor Station, in Ontario, Canada, is an in-line inspection procedure we undertake to check the internal condition of our pipelines.

It is a key part of our pipeline integrity and maintenance program.

TC Energy’s Emergency Preparedness and Response (EP&R) team prepares during an exercise. TC Energy is sharply focused on our strategic goal: To effectively respond to and remediate emergencies in a timely and coordinated manner.

All of TC Energy’s assets have a specific Emergency Response Plan (ERP) that outlines the steps we will take to respond in the unlikely event of an incident.

For TC Energy, safety is incorporated every step of the way, beginning with proper planning and construction practices; while great training and practice help us respond accordingly if something does occur.

TC Energy works on construction of the Otter Lake Compressor Station, part of the NGTL System in northern Alberta, Canada, part of TC Energy’s North American natural gas pipeline network.

Compressor stations re-pressurize gas along a pipeline to keep it flowing at the desired rate.

A pipeline welder works on an extension of the NGTL System, in Northern Alberta, Canada.

New NGTL System infrastructure is required to transport natural gas between producing areas in northwest Alberta and growing market demands in northeast Alberta.

TC Energy continues to add new pipelines and extensions to meet demand throughout North America.

TC Energy undertakes natural gas pipeline maintenance and integrity work on a pipeline in our NGTL system.

TC Energy invests billions of dollars in integrity and preventive maintenance programs to ensure safe and reliable operations of our pipeline systems.