Technology Overview
How It Works
By incorporating graphene, reported in academic literature to possess exceptional tensile strength, including claims of being up to 200 times stronger than steel under specific conditions, our internal testing preliminary data suggests that our graphene-infused concrete may demonstrate up to 25% greater compressive strength and improved water resistance compared to conventional mixes.
Initial testing suggests that the material may provide microstructural reinforcement through enhanced chemical bonding, effective crack bridging and healing properties, and potential performance across select target markets. These findings are subject to further validation and may not be indicative of commercial-scale performance.
Performance Data
Preliminary Results
0%
Greater Compressive Strength
vs conventional mixes in internal testing
0%
Cure Time Reduction
critical time savings for construction projects
0x
Tensile Strength Increase
enhanced structural integrity of cement
0x
Stronger Than Steel
graphene tensile strength per academic literature
Material Properties
Unmatched Performance
Microstructural Reinforcement
Through the chemical bonding of graphene with the cement matrix, we've seen enhanced strength at the interfacial transition zone (ITZ), leading to improved load distribution and increased hardness.
Crack Bridging & Healing
Our testing shows that graphene effectively bridges microcracks during curing, preventing crack propagation and significantly improving the material's overall mechanical integrity.
Water Resistance
Improved resistance to water infiltration compared to conventional concrete mixes in preliminary internal testing.
Reduced Cement Content
Potential to achieve equivalent or superior performance with reduced Portland cement content, lowering the carbon footprint of construction projects.
Plaid Technologies Graphene in Cement
The Key Advantages
The key is in both our dedicated source of high-quality, low cost graphene oxide and our proprietary technology whereby we "layer in" the graphene into cement.
Anti-Agglomeration Surface Chemistry
Proprietary surface treatment ensures uniform graphene distribution throughout the cement matrix.
20x Surface Interaction
20 times the surface interaction of conventional additives. Many adhesives are introduced with cement, but none can come close to doing what graphene can do for the compound.
70% Cure Time Reduction
Critical in construction: standard cure time for cement is 30 days, meaning a 30 story tower takes 30 months. With graphene, cure time can be reduced by 70% or more, enabling construction time reductions of up to 50%.
3x Tensile Strength
Increased tensile strength by 3x compared to conventional cement formulations in internal testing.
Applications
From Well-Plugging to Construction and Beyond
Construction
Beyond Cement
We start with well-plugging, then move to construction applications, and eventually move beyond cement to a host of other addressable markets, capitalizing on the nano-scale of our technology as well as time and cost advantages.
Well-Capping (Initial Focus)
Methane leaks are responsible for up to 30% of the destruction of the ozone and thus global warming. Most of these wells are leaking substantial volumes of methane. This is an ideal initial application of Plaid's graphene-enhanced cement.
Low Risk, High Value
Open, fragmented and largely unaddressed market. Typical well-plugging job ranges from USD $80,000 - $200,000 dependent upon depth and complexity.
Reduced Rig Time
Typical well requires 48 hours of rig time due to curing. This reduces that to under 18 hours. Plaid's application reduces costs by between USD $10K and $50K per well.
Partnership Model
Initially partnering with well service companies already capping wells, with plans to secure own capping commitments and act as general contractor for plugging contracts.
Carbon Credits
We believe we can secure premium pricing on carbon credits due to the lifespan of the cement being 3x that of traditional products.
Market Analysis
Strategic Advantage
The demand for advanced materials and technologies is rapidly growing across multiple industries, including construction, energy, manufacturing, but specifically targeting the multi-billion dollar oil and gas sectors. As companies strive to improve product performance, efficiency, and sustainability, they are increasingly turning to innovative solutions that enhance their existing systems.
Internal analysis suggests that if adopted at scale, graphene-enhanced formulations could reduce CO2 emissions. However, these projections are preliminary and depend on successful commercialization and regulatory alignment.
Graphene, with its unique properties, is an ideal solution for enhancing strength, conductivity, and sustainability across a wide range of industries. As we've seen throughout history, once a new material is discovered and its benefits are fully understood, it has the power to transform entire industries and change the world.
Whether in construction, energy storage, manufacturing, or countless other fields, the potential for graphene-based enhancements to unlock new levels of performance is enormous. Plaid Technologies is positioned to capitalize on this global trend, providing essential upgrades that allow businesses to stay ahead of the curve.
Get Involved
Partner with Us on Graphene Applications
We are actively seeking industrial partners for field testing, co-development, and commercialization of graphene-enhanced concrete and cement solutions.
Claims related to product performance, environmental impact, or cost savings are based on internal assessments and subject to third-party validation. References to patent status refer to issued or pending applications, as applicable.