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Pioneering Materials-Based Chemicals Technologies
for the Oil & Gas Industries
Market Position & Strategic Value
Addressing Critical Industry Challenges
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Capital Efficiency Focus: Solutions designed for operators balancing discipline with productivity needs
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Asset Optimization: Technologies that extend equipment lifecycles and reduce total cost of ownership
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Environmental Leadership: Water-based formulations reducing hazardous chemical usage
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Production Enhancement: Proven ability to unlock incremental recovery from existing infrastructure
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American Energy Security: Supporting U.S. energy dominance through technological innovation
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Global Scalability: Established international presence with proven deployment capabilities
Products
Unlocking America's Energy Potential Through Chemistry Innovation
TenEx is revolutionizing oil and gas operations through breakthrough American-engineered chemical technologies. As the industry shifts from expansion to efficiency, our solutions give operators the competitive edge to maximize hydrocarbon recovery from both new completions and existing wells. With field-proven results across North America and global operations, we deliver measurable performance improvements that drive energy independence while supporting ESG initiatives and operational excellence.
Equipment-Damaging Scale Buildup
The Challenge: Scale buildup forces 80,000 pump replacements annually, costing operators over $4 billion in direct replacement costs and downtime. Traditional acid treatments cause severe corrosion, reducing equipment life while creating safety hazards.
The Solution: Non-Corrosive Scale Dissolution and Inhibition. Patent-pending technology that dissolves and inhibits organic and inorganic scales without the corrosive damage of traditional acids. Extends pump life from 6 months to 3+ years, reduces maintenance requirements, improves production performance, and restores wells that might have been otherwise plugged due to scale related issues.
Efficient Fracking and Screen-out Prevention
The Challenge: Higher treatment pressures and extended pump times multiply operational costs across multi-well pad operations. Screen-outs force immediate pumping shutdowns and affect up to 25% of well completions in hard rock formations, costing the industry $2.7 billion annually.
The Solution: Engineered microparticle technology featuring glass-quality micro-silica particles that reduce near-wellbore complexity and improve cluster efficiency. Proven to decrease screen-out rates from 2.86% to 0.66%, reduce treatment pressures by 317 psi/stage, and cut pump times by 7 minutes/stage across 45,000+ stages deployed.
Multi-Factor Aging Production Problems
The Challenge: Aging wells face cascading challenges - production decline, scale buildup, paraffin deposits, and equipment damage. Traditional single-solution approaches fail to address interconnected problems, requiring multiple costly interventions.
The Solution: Comprehensive Well Stimulation System. All-in-one treatment platform combining scale breakers, organic deposit removal, gel breakers, and wettability modifiers. Customized formulations address multiple production problems simultaneously, reversing decline rates and extending equipment life while reducing intervention frequency.
Paraffin & Organic Deposit Blockages
The Challenge: Paraffin deposition costs the petroleum industry multiple billions annually in lost production and maintenance. Hot oil treatments often become saturated with wax and may worsen formation damage, while traditional solvents are toxic and environmentally hazardous.
The Solution: Advanced Organic Deposit Management.
Water-based, non-toxic formulations that dissolve, disperse, and prevent recrystallization of paraffin and asphaltene deposits. Achieves 40-65% viscosity reduction at low concentrations while providing long-term inhibition of organic buildup in formations, wellbores, and equipment.
Sand Production & Formation Damage
The Challenge: Unconsolidated formations and proppant flowback cause equipment damage, reduce production, and require costly workovers. Traditional consolidation methods require high closure stresses and often reduce formation permeability.
The Solution: In-Situ Sand Consolidation Technology.
Innovative metallic bonding technology that creates particle-to-particle consolidation in the near-wellbore zone without requiring high closure stresses. Works across wide temperature ranges (65-1,220°F) while maintaining 92% original permeability and providing long-term formation stability.
Frac Hit Interference and Low Pressure
The Challenge: Frac hits between parent and child wells reduce production and damage existing completions. Traditional parent well recharging methods provide limited protection against pressure interference during child well completions.
The Solution: Patent-Pending Frac Hit Mitigation
Atomized aluminum technology that creates controlled, gradual pressure buildup in depleted rock intervals around parent wells. Generates sustained pressure that exceeds virgin reservoir pressure for 24+ hours using minimal volumes (0.26 bbls H₂O/lateral ft), protecting parent wells during child completions.
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