Northwire Canada EditionThursday, July 16, 2026
Northwire
FCI 0.380 +0.0% GGAU 0.190 +0.0% KIRO 0.640 +0.0% LBNK 0.430 +0.0% BARU 0.040 +0.0% VCU 1.09 −4.4% NOBL 0.100 +0.0% SHL 0.360 +1.4% MTS 0.130 +0.0% FYL 0.090 +0.0% NUAG 5.46 +0.2% CAM 0.330 −1.5% SYH 0.400 −1.2% LOT 0.035 −12.5% CPL 0.180 −5.3% OTMC 0.400 +0.0% FCI 0.380 +0.0% GGAU 0.190 +0.0% KIRO 0.640 +0.0% LBNK 0.430 +0.0% BARU 0.040 +0.0% VCU 1.09 −4.4% NOBL 0.100 +0.0% SHL 0.360 +1.4% MTS 0.130 +0.0% FYL 0.090 +0.0% NUAG 5.46 +0.2% CAM 0.330 −1.5% SYH 0.400 −1.2% LOT 0.035 −12.5% CPL 0.180 −5.3% OTMC 0.400 +0.0%
Production / Operations

Plaid talks graphene dispersion work for cement uses

STIF · Price

Executive Summary

  • Plaid Technologies Inc. provided an update on its development of graphene-oxide dispersion methods specifically for cement applications, including well bore cement.
  • The company is collaborating with contracted partner Petro Flow LLC to incorporate an "ultrasonic injection process" to improve graphene dispersion, with preliminary lab results suggesting improvements in hydration and material properties.
  • The update contextualizes the company's work within broader industry research on graphene-enhanced materials and highlights the potential market opportunity in plugging orphaned wells, noting that while the US government has committed $4.7 billion via the Bipartisan Infrastructure Law, Plaid has not yet received any contracts.

Key Details

  • Technology Development: Plaid is continuing development work on graphene-oxide dispersion methods for cement applications, specifically targeting well bore cement.
  • Partnership: The company is working with contracted development partner Petro Flow LLC.
  • Process Innovation: An "ultrasonic injection process" is being incorporated to improve the dispersion of graphene-oxide in cementitious mixtures.
  • Preliminary Results: Internal laboratory-scale observations suggest that improved dispersion may influence hydration and cured material properties.
  • Ongoing Assessment: Plaid continues to test and assess performance characteristics, scalability, and cost implications.
  • Industry Context: Peer-reviewed research indicates that small additions of graphene can enhance mechanical performance (compressive, tensile, flexural strength) and durability (reduced permeability, microstructure improvement) in cementitious composites.
  • Market Opportunity: The US has nearly 4.5 million orphaned and abandoned wells, with the federal government committing $4.7 billion via the Bipartisan Infrastructure Law (BIL) for initial plugging efforts.
  • Contract Status: Plaid has not received any contracts under the BIL plan at this stage.
  • Strategic Focus: Near-term focus is on commercial applications in well bore cement and construction materials, aiming to convert documented graphene performance benefits into commercially viable applications.

Notable Quotes

  • "Published research continues to highlight graphene's potential to enhance conventional industrial materials," said Guy Bourgeous, chief executive officer of Plaid Technologies. "Our focus is on advancing dispersion methods that could enable practical, scalable use of graphene in cement applications, including well bore cement. We believe this work positions Plaid to address real-world performance and deployment challenges, and we look forward to reporting further progress as our development program advances."
Read the original news release →

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