Northwire Canada EditionThursday, July 16, 2026
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CLCH 1.17 −4.1% DG 0.035 +0.0% SGML 15.86 −6.0% FURY 0.730 −2.7% CG 22.11 −1.9% ARIS 20.18 −1.1% LAF 1.65 +0.0% MKO 10.18 −2.2% NUG 0.330 −1.5% SGN 0.250 −5.7% AVL 7.99 −0.4% ELE 22.14 −2.7% TRX 1.03 −7.2% PTM 1.83 +0.6% OMM 0.050 −9.1% CBG 0.300 −1.6% CLCH 1.17 −4.1% DG 0.035 +0.0% SGML 15.86 −6.0% FURY 0.730 −2.7% CG 22.11 −1.9% ARIS 20.18 −1.1% LAF 1.65 +0.0% MKO 10.18 −2.2% NUG 0.330 −1.5% SGN 0.250 −5.7% AVL 7.99 −0.4% ELE 22.14 −2.7% TRX 1.03 −7.2% PTM 1.83 +0.6% OMM 0.050 −9.1% CBG 0.300 −1.6%
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Plaid Technologies develops graphene cement additive

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Executive Summary

  • Plaid Technologies Inc. has completed and internally validated a significant advancement in its graphene-enhanced wellbore cement platform, transitioning from a mechanical modification system to a simplified, ready-to-blend prepared additive technology.
  • The new prepared additive incorporates Plaid's graphene-layering technology directly into the cement blend, allowing it to be handled, transported, and mixed using standard industry infrastructure without specialized equipment or on-site setup.
  • This shift aims to improve operational simplicity, scalability, and consistency, removing barriers to large-scale deployment and supporting faster commercialization efforts for wellbore abandonment applications.

Key Details

  • Technology Transition: Plaid is moving away from its previous mechanical modification system toward a "prepared additive" approach where graphene-enhanced cement is produced under professionally monitored conditions prior to delivery.
  • Operational Benefits: The new additive aligns with standard weight formats, storage practices, and handling procedures already used at oil and gas well sites, eliminating the need for specialized mechanical equipment, additional power requirements, and on-site management.
  • Quality Control: Centralized production enables tighter formulation control and greater consistency compared to mechanical modification in variable field environments, reducing variability and enhancing reliability for long-term wellbore integrity.
  • Commercial Implications: The company believes this approach streamlines field operations, supports faster deployment, lowers costs, and reduces environmental footprint, positioning the technology to address methane-leaking oil and gas wells in the U.S.
  • Intellectual Property: Plaid is actively evaluating opportunities to establish intellectual property protections related to this newly developed prepared additive technology.

Notable Quotes

  • "This advancement represents a major milestone for Plaid," said Guy Bourgeois, chief executive officer of Plaid. "By moving from mechanical modification to a prepared graphene-enhanced cement additive, we've simplified deployment, improved consistency and made the technology far easier to scale using existing field infrastructure. Centralized production supports repeatable performance, and we believe this positions Plaid to help address the long-standing challenge of methane-leaking oil and gas wells in the U.S. as we advance toward commercialization."
Read the original news release →

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