Where Chemistry Becomes Legacy

Stewarding elemental innovation into technologies that serve people, industry, and planet.

Support Our Stewardship
About Us
Our Mission

The Elledge-Crawford Foundation for Applied Chemical Sciences Inc. is a 501(c)(3) nonprofit organization based in Texas, dedicated to transforming elemental innovation into lasting global impact. We bridge the critical gap between foundational chemical discovery and scalable industrial application — stewarding next-generation molecular systems derived from silicon and other elements into safe, high-performance technologies that improve lives, advance global industries, and preserve the planet.

Founded to honor the legacy of Mr. Ben Earl Elledge, a pioneer of a novel silicon-based formulation chemistry — we are committed to pragmatic science with real-world consequence. Our mission is not just to research, but to realize the full potential of breakthrough molecules across sectors like energy, agriculture, mining, water, aerospace, and manufacturing.

The foundation was officially launched on March 30, 2023, by Stephen Bradley Elledge (Co-Founder/President/Director), son of Ben E. Elledge and long-time family friend, David Cree Crawford (Founder/Chairman)

Our Vision

We believe chemistry is both the catalyst and engine of modern progress. Our vision is to become a world-class research foundation that catalyzes the translation of emerging molecule families into timeless, transformative solutions across industry sectors. We champion a future built not on slogans or trends, but on enduring scientific breakthroughs and legacy-worthy impact.

StewardshipPragmatismInnovationLegacy
Leadership
  • Stephen Bradley Elledge, Co-Founder/President/Director — carrying forward his father Ben Elledge's transformative legacy.
  • David Cree Crawford, Co-Founder and Chairman/CEO — a pragmatic leader in technology innovation.


IRS 501(c)(3) exemption granted July 8, 2024

WHY IT MATTERS
Applied Chemistry for a Better World
From discovery to deployment — building technologies that transform lives and industries.

Tomorrow's most important breakthroughs will be chemical. Applied chemical innovation holds the power to reshape every major industry on Earth.

Replace harmful and outdated industrial inputs with smarter, safer alternatives

Accelerate pharmaceutical and therapeutic development through cleaner, more efficient synthesis pathways

Restore ecosystems with next-generation remediation chemistry for soil, water, and air

Improve food production through precision agricultural formulations that support regenerative practices

Enable scalable clean energy generation, conversion, and long-duration storage

Strengthen the performance and sustainability of next-generation materials and manufacturing systems

Advance national defense, aerospace, and space programs with mission-critical molecular solutions

Transform Oil & Gas operations through clean water recycling, advanced recovery methods, and sustainable field chemistry

Unlock new value from mining, resource recovery, and circular economy processes

Advance plasma energy systems and novel non-combustion power sources for hydrogen generation, rare metal extraction, and space energy infrastructure

15+
Molecule Families Under Active Study
50+
Cross-Industry Use Cases Identified
$3T+
Total Addressable Market Served
Key Highlights
  • Tax-deductible donations fund practical research and global deployment of industry-changing technologies.
  • Our silicon-based innovations replace hazardous chemicals, delivering cost-effective solutions.
  • Technologies boost agricultural yields and resource efficiency, strengthening communities.
  • As stewards, we create novel products that advance humanity, leaving a legacy beyond profit.
OUR IMPACT
Research Achievements
Validated results across the industries that power the world.
Oil & Gas

$2.5 Trillion Market

Silicon-based formulations achieving up to 89% oil recovery in core flooding tests and tripled well production in field trials (200% increase in Absolute Open Flow), reducing costs and replacing hazardous chemicals. Enhances spill cleanup, recovery efficiency, and pipeline maintenance.

Agriculture

$24 Billion Market

Technologies increasing crop yields by up to 20% for corn, rice, and tomatoes, reducing fertilizer use by improving nutrient uptake and strengthening food security. Enhances drought and frost resistance.

Mining

$260 Billion Market

Non-toxic formulations improving recovery of fine particles (gold) by up to 30% compared to traditional methods, eliminating chemicals like cyanide. Validated by third-party tests.

Novel Products

Emerging Markets

Innovations for industrial safety (equipment decontamination), waste management (hazardous waste encapsulation), and energy storage (sodium-ion batteries with higher stability).

WHAT WE RESEARCH
Core Program Areas
Two pillars of scientific inquiry — from foundational discovery to real-world deployment.
1. Molecular Discovery & Mechanism Research

We fund and conduct foundational studies on novel molecule families and platform chemistries with potential for cross-sector transformation.

Silicon-Based Molecular Platforms
  • Organosilicon reaction innovations
  • Biocompatible silane-based therapeutics
  • Polysiloxane polymers for aerospace durability
  • Hybrid organic-silicon materials for electronics
  • Green silicon reagents replacing hazardous intermediates
Sodium, Potassium & Alkali Metal Pathways
  • Green surfactant bases
  • Battery electrolytes
  • Soil and water reactive compounds
  • Industrial degreasers and lubricants
Novel Elemental & Inorganic Formulations

Exploring underutilized periodic table elements — boron, germanium, manganese, and rare earth hybrids.

2. Applied Chemistry for Industry & Planet

We apply chemical research to real-world systems. Our work is defined by specificity of formulation, but breadth of impact.

Environmental Remediation

Targeted compounds to neutralize PFAS, heavy metals, and oil derivatives; in-situ soil and aquifer restoration; deployable emergency kits.

Oil & Gas Innovation

Water polishing for fracking cycles; pipeline anti-corrosion and flow enhancers; EOR surfactants and polymer thickeners; drill fluid thermal stability.

Novel Energy Catalysts

Silicon-catalyzed hydrogen generation; low-temp nitrogen-to-ammonia fixation; biofuel production enhancements.

Pharma & Biotech APIs

Route optimization for bioactive compound synthesis; reduced chemical waste and solvent dependency; enhanced chirality control.

Agricultural Chemistry

Controlled-release soil nutrient capsules; biological-safe pesticide innovations; soil microbiome-compatible conditioners.

Smart Polymers & Advanced Materials

Tunable memory polymers; electrically responsive materials; compostable packaging with industrial barrier properties.

Mining Reagents & Precious Metal Recovery

Biodegradable leaching agents; soil binders and root-safe reclamation; selective reagents for gold, silver, platinum, and rare-earth recovery.

Industrial Cleaning Systems

Green degreasing agents; on-site wastewater reaction boosters.

Anti-Friction & Electroplating Chemistry

Energy-reducing lubrication systems; non-toxic electroplating complexes for aerospace and electronics.

Battery Storage Chemistry

Long-cycle solid-state electrolytes; flexible rapid-charge battery interfaces; rare-element alternatives for anodes/cathodes.

Defense, Aerospace & Space-Grade Materials

Radiation-blocking molecular composites; heat-dissipation films for re-entry; ultra-durable nano-structured polymers.

Emerging Platform Technologies

Foundational innovations with cross-industry deployment potential.

Advanced Gemstone & Crystal Synthesis

High-temperature synthesis of emeralds and semi-precious stones from base materials — with promising applications being explored in precision optics, neutron suppression for nuclear safety, and space-grade Beryllium-based materials.

Nuclear Waste Encapsulation Chemistry

Novel encapsulation methodologies currently in development for hazardous nuclear and radioactive materials — providing rigorous containment solutions for nuclear waste management and ensuring safety when current methods fail.

Silicon Electro-Deposition Platforms

Breakthrough electro-deposition of silicon and non-amorphous carbon onto metals — enabling next-generation battery technologies with the potential to dramatically increase energy storage capacity, advanced photovoltaic cells, compact processors, and ultra-thin film electronics.

Plasma Energy & Hydrogen Generation

A novel non-combustion plasma energy source with applications in environmentally friendly hydrogen fuel production, rare metal extraction from seawater, and space exploration energy infrastructure — with the potential to significantly reduce fossil fuel dependency at the source.

Terra X (ERA-3) — Antibacterial & Biodiesel Applications

ERA-3 (Terra X) is a multi-application Enhanced Recovery Additive showing promising early-stage results against a broad spectrum of pathogens including E. coli, Salmonella, and Staph aureus — currently advancing through rigorous testing protocols. Also shows significant potential to revolutionize biodiesel production through fatty acid ester chemistry optimization.

Powder Oxygen (O2) — Bioavailable Mineral Compound

A white amorphous electro-negative powder with near-neutral pH and micro-fine particle size — under evaluation for bioavailability, and with early-stage exploration into potential neurological and bioavailability applications — including possible concussion impact mitigation research. Production-scalable at low cost with broad health and industrial potential.

RESEARCH FOCUS AREAS
Research Focus Areas
Our research spans the industries where inorganic molecular innovation holds the greatest potential for scientific advancement and human benefit.
Energy
  • Potential applications in enhanced oil recovery through inorganic surface-reaction chemistry
  • Exploring silicon-based platforms for hydrogen generation and clean energy systems
  • Early-stage research into next-generation battery electrolyte formulations
  • Investigating thermal-stable inorganic coatings for turbine and engine environments
Pharma & Biotech
  • Exploring inorganic chemistry pathways for API synthesis optimization
  • Research into chirality control and stereoselective synthesis
  • Investigating solvent-free, waste-reduced manufacturing processes
  • Early-stage exploration of antimicrobial applications at low concentrations — potential uses in medical, agricultural, and industrial sanitation
Agriculture
  • Research into controlled-release inorganic nutrient delivery systems
  • Exploring bio-safe alternatives to conventional pesticide chemistry
  • Early field trials suggesting potential yield enhancement in select crops
  • Investigating soil amendment chemistry for water-stressed and degraded land
Advanced Materials
  • Exploring inorganic surface-reaction systems for advanced material interfaces
  • Research into non-polymeric coating chemistries for extreme environments
  • Investigating fireproofing and flame-retardant inorganic formulations for structural applications
  • Early-stage research into novel ceramic composites for high-temperature environments
Defense & Space
  • Exploring radiation-resistant inorganic and ceramic matrix materials
  • Research into heat-dissipation chemistry for atmospheric re-entry applications
  • Investigating surface treatments for extreme-environment durability
  • Potential applications in space-rated materials and defense infrastructure
Mining & Industrial Ops
  • Exploring biodegradable inorganic leaching agents for precious metal recovery
  • Research into non-toxic extraction chemistry for gold, silver, and platinum
  • Investigating green industrial cleaning and wastewater treatment applications
  • Early-stage research into anti-corrosion surface treatments for marine and industrial systems
Textiles & Paper
  • Early-stage research into inorganic chemistry applications for textile processing and fiber treatment
  • Investigating non-toxic pulping alternatives for paper and cellulose manufacturing
  • Exploring degumming processes for natural plant-based fibers including hemp, flax, and bast fibers
  • Research into bio-safe surface treatments for natural fiber enhancement and durability
Emerging & Frontier Sciences
  • Exploring plasma-assisted chemistry for hydrogen generation and space infrastructure
  • Early-stage investigation into bioavailable oxygen compounds and potential neurological applications
  • Research into ORMES (Orbitally Rearranged Mono-atomic Elements) for ultra-conductivity and energy management
  • Investigating silicon-based electro-deposition platforms for next-generation photovoltaics and energy storage
  • Early-stage research into inorganic encapsulation chemistry for nuclear and hazardous waste containment

Our platform technology — a proprietary inorganic chemistry system capable of generating novel molecules across a broad spectrum of applications — is at the heart of everything we explore. We do not disclose proprietary formulations or synthesis methods. What we share is our commitment: to pursue the science that others overlook, and to deploy it responsibly for the benefit of humanity.

PARTNERSHIPS
Partnerships & Collaborators
Built to deploy solutions — not just discover them.

We partner with universities, national labs, and industry leaders not to accumulate knowledge — but to translate it. Every collaboration is structured around one goal: moving proven chemistry from the bench to the field, the factory, and the marketplace.

From Discovery to Deployment

We don't stop at publication. Every innovation we steward is actively managed through licensing, scale-up partnerships, and deployment strategies — ensuring our chemistry reaches the industries and communities that need it most, at speed and at scale.

How We Work
Solution-First Thinking

Every program begins with a real-world problem. We work backward from deployment — identifying the industries, applications, and outcomes that matter before a single experiment is designed.

Rigorous Validation

World-class experimental standards ensure every solution we advance is proven, reproducible, and ready for scale — not just promising on paper.

Deployment-Ready Partnerships

We build relationships with industry operators, manufacturers, and investors who can take validated chemistry from pilot to production — turning breakthroughs into lasting impact.

IN MEMORIAM
Ben E. Elledge
Inventor. Visionary. The Mind Behind the Molecule.

"He didn't just imagine a better chemistry — he built it, molecule by molecule, with the belief that science in the right hands could change the world."

The Elledge-Crawford Foundation for Applied Chemical Sciences exists because of one man's extraordinary mind and unrelenting belief in the power of chemistry to serve humanity. Ben E. Elledge was the inventor of the proprietary inorganic chemistry platform that sits at the heart of our Foundation's research mission, a technology whose full scientific potential is still being uncovered.

Ben spent years developing and refining a silicon-based molecular platform capable of generating novel inorganic compounds across an almost limitless range of applications — from enhanced oil recovery and environmental remediation, to agriculture, advanced materials, and beyond. What made Ben remarkable was not just his scientific genius, but his vision: he dreamed of a world where this chemistry could be studied freely, shared responsibly, and deployed for the benefit of all people.

It was Ben's dream to establish a research foundation — a permanent institution dedicated to advancing the science he loved, and to ensuring that his life's work would outlast him and continue to grow in the hands of future scientists, researchers, and innovators.

That dream is this Foundation.

His Legacy Lives Here
The Inventor

Pioneered a proprietary inorganic chemistry platform with applications spanning energy, agriculture, materials science, defense, and beyond

The Scientist

Dedicated decades to developing silicon-based molecular systems that operate where conventional chemistry cannot

The Dream

Envisioned a research foundation that would carry his work forward — and ensure chemistry remained a force for good in the world

The Elledge-Crawford Foundation is his legacy — and our promise to carry it forward.

DONATE
Be a Catalyst. Build the Future.
Your legacy. Our mission. A timeless impact.

Your gift doesn't just fund research — it accelerates real-world transformation. As a donor to the Elledge-Crawford Foundation for Applied Chemical Sciences, you become a legacy builder — supporting elemental innovation that improves life on Earth for generations to come.

Your gift honors the legacy of Ben Earl Elledge, advancing real-world applications of molecular science across industries critical to global stability. We believe the best way to honor scientific legacy is with results — not speculation. Every donation directly fuels scalable chemical solutions for agriculture, energy, environment, medicine, and more.

Donor Support Powers
Validation of Emerging Chemistries

Early-stage viability studies

Proof-of-Concept Deployment

Real-world pilots in agriculture, mining, oil and gas, biotech

Open Access Research & Pre-Commercial IP

Published, shareable knowledge with wide application

Fellowships & Strategic Grants

Academic and industry partnerships

Human Therapeutics & Life Enhancement
Biocompatible Therapeutics

Silicon-based and organosilicon compounds engineered for biocompatibility — enabling next-generation drug delivery systems, targeted therapies, and reduced side-effect profiles.

Life Enhancement Chemistry

Novel molecular formulations designed to enhance human performance, longevity, and vitality — from nutraceutical-grade compounds to precision wellness applications.

Pharmaceutical API Innovation

Cleaner synthesis pathways for bioactive compounds, enhanced chirality control, and solvent-free manufacturing — accelerating drug development while reducing chemical waste.

Neurological & Cognitive Applications

Emerging research into silicon-based and alkali metal compounds with potential applications in neuroprotection, cognitive enhancement, and CNS therapeutic development.

Tax Benefits at a Glance
Recognition & Legacy

Named Initiatives or Fellowships — Major gifts establish branded research programs or faculty chairs

Legacy Circle — Bequests and multi-year pledges ensuring values endure through applied science

Impact Reports — Annual updates on progress, outcomes, and global reach

Transparency & Security
  • Fully tax-deductible under 501(c)(3) status
  • IRS Determination Letter issued July 8, 2024
  • Audited financials and Form 990 available upon request
  • All payments processed through secure, encrypted platforms with automated donor receipts

Let us show you how one donation — one molecule — can change the world.

NEWS & EVENTS
News & Events
Research milestones, breakthroughs.
Recent News

Research Milestone

Breakthrough Oil Recovery Pilot Achieves Record Results

Elledge-Crawford Foundation's research leads to breakthrough oil recovery pilots, achieving up to 89% recovery rates — a landmark result for silicon-based EOR chemistry in the $2.5T energy market.

Current to 2026

Agricultural Impact

Foundation Research Boosts Crop Yields by 20% in Developing Country Trial

Our agricultural chemistry program strengthens food security — rice yields increased by 20% in field trials, empowering farming communities and demonstrating the real-world power of precision formulation science.

Current to 2026

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CONTACT
Contact Us
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Elledge-Crawford Foundation for Applied Chemical Sciences, Inc. | 501(c)(3) Public Charity | info@ChemicalResearchFoundation.org | © 2026 All Rights Reserved | www.chemicalresearchfoundation.org