CO2

The high-pressure reinforced thermoplastic composite internal pipe is embedded with fiber optics for monitoring and detection of leaks.

Companies want to build pipelines to capture and store carbon, but a new report warns that regulators aren’t prepared.

MIT scientists hope to deploy a fleet of drones to get a better sense of how much carbon the ocean is absorbing and how much more it can take.

Supermajors continue to align their goals with a net-zero future while strides are made across the globe to add CCS, solar, and wind projects to help achieve ambitious green energy goals.

Oxy aims to combine crude oil with environmental attributes generated from the sequestration of atmospheric CO2 captured with its planned direct-air-capture plant and sequestered in its enhanced-oil-recovery reservoirs in the Permian Basin.

While the world focuses on carbon dioxide—its problems and its uses—many are looking at how to move it around. Fortunately, a pipeline infrastructure already exists. Unfortunately, the pipelines were made for natural gas and not enough is known about how that infrastructure can handle carbon dioxide.

Purchasing carbon offsets is a widespread means of attempting to meet carbon-reduction and net-zero emissions goals across many industries. Also widespread is the increasing scrutiny of the practice. How “real” are the offsets? How are they quantified and verified, and by whom?

Finding creative ways to drive down the CAPEX and discounted OPEX and define a realistic pathway and schedule to full-scale commercial operations is discussed.

Carbon credits, carbon taxes, and emissions trading systems are familiar terms in discussions about global warming, the Paris Agreement, and net-zero emissions goals. The EU is moving to act on an addition to the glossary of climate policy: carbon tariff.