Invented by Dr. Martin B. Ekster and Dr. Colinda Long Ekster, StableHOCL™ is a patent-pending hypochlorous acid technology
RESEARCH AND DEVELOPMENT CALL TOLL FREE: 877-EXCOBIO
Patent Pending
Invented by Dr. Martin Bruce Ekster and Dr. Colinda Long Ekster, StableHOCL™ represents a major advancement in stabilized hypochlorous acid technology. Its documented 24-month stable formulation makes long-term storage, commercial distribution, and worldwide shipping of HOCl more practical and dependable than ever.
Discover the future of long-lasting hypochlorous acid. For product information, licensing, distribution, or commercial partnerships, call toll-free today: 877-EXCOBIO.
Why StableHOCL™ Is Important to Global Health
StableHOCL™ addresses one of the greatest limitations of traditional hypochlorous acid: maintaining dependable strength over time. Invented by Dr. Martin Bruce Ekster and Dr. Colinda Long Ekster, this patent-pending advancement provides a documented 24-month stable HOCl formulation designed for extended storage, reliable distribution, and worldwide shipping.
Long-term stability could make hypochlorous acid technology more practical and accessible for approved applications across healthcare facilities, commercial sanitation, animal care, agriculture, food processing, and industrial environments. By helping organizations store and distribute HOCl more reliably, StableHOCL™ has the potential to strengthen hygiene and infection-prevention programs in communities around the world.
StableHOCL™ is more than a longer-lasting hypochlorous acid formulation—it is an important advancement toward making dependable HOCl technology available where and when it is needed.
Why Chemical Stability Matters
An unstable chemical formulation is more than an inconvenience—it can become a serious challenge for chemistry, manufacturing, healthcare, agriculture, food safety, water treatment, and numerous other industries.
Chemical stability determines whether a product performs as intended from the day it is manufactured until the day it is used. When a formulation is unstable, it may begin changing almost immediately after production. Some changes are visible, while others occur silently inside the container. By the time the customer uses the product, its chemistry may no longer match the original manufacturing specifications.
The Problems Caused by Chemical Instability
An unstable formulation can create numerous performance, safety, quality-control, and supply-chain problems:
- Loss of effectiveness: Active ingredients can gradually degrade, reducing the product’s ability to perform its intended function.
- Changes in concentration: Active chemistry may fall outside acceptable specifications, making accurate dosing and dependable performance more difficult.
- pH drift: Many chemical reactions depend on a controlled pH range. Even relatively small changes can affect performance, material compatibility, and safety.
- Formation of unwanted byproducts: Chemical decomposition may produce compounds that were not present in the original formulation, potentially reducing effectiveness or introducing new concerns.
- Shortened shelf life: Unstable products require more frequent replacement, increasing costs for manufacturers, distributors, institutions, and end users.
- Inconsistent performance: Products manufactured in the same batch may perform differently after exposure to different storage and transportation conditions.
- Specialized packaging requirements: Some unstable chemicals require refrigeration, UV-resistant containers, oxygen barriers, temperature controls, or other expensive protective measures.
- Transportation limitations: Heat, freezing temperatures, vibration, humidity, light exposure, and altitude changes can accelerate chemical degradation during shipping.
- Increased chemical waste: Expired or degraded products may need to be discarded before they can be used, creating financial loss and unnecessary environmental waste.
- Quality-control challenges: Manufacturers must continually evaluate whether the product remains within specification throughout its stated shelf life.
Why Long-Term Chemical Stability Is So Important
A stable chemical formulation remains within its intended specifications throughout manufacturing, packaging, storage, transportation, and distribution. Whether the product is used shortly after production or many months later, customers expect consistent concentration, pH, quality, and performance.
Chemical stability directly affects:
- Manufacturing consistency
- Product effectiveness
- Shelf life
- Inventory management
- Shipping and global distribution
- Regulatory compliance
- User safety
- Customer confidence
- Economic value
- Environmental sustainability
Stability is what allows a promising laboratory formulation to become a practical, dependable commercial product.
Every Major Industry Depends on Stable Chemistry
The importance of chemical stability reaches far beyond one product or one field. Stable formulations are essential in:
- Pharmaceuticals and vaccines
- Healthcare disinfectants
- Hypochlorous acid products
- Agricultural treatments
- Food-processing chemicals
- Water-treatment systems
- Industrial cleaners
- Laboratory reagents
- Cosmetics and personal-care products
- Paints and protective coatings
- Polymers and plastics
- Adhesives and sealants
- Batteries and energy-storage systems
- Fuels and lubricants
Across these industries, scientists and manufacturers invest enormous amounts of time and money developing formulations that can maintain their intended chemical properties under real-world conditions.
Stability Is Often the Most Important Innovation
Many people assume that discovering a useful molecule is the most difficult part of chemical innovation. In reality, scientists may already know that a particular chemistry performs exceptionally well in controlled laboratory conditions. The greater challenge is preserving that performance throughout production, packaging, transportation, storage, and eventual use.
A chemical formulation that consistently maintains its intended composition, concentration, pH, and performance can be considerably more practical than one that performs exceptionally well for only a short time.
How StableHOCL™ Advances Hypochlorous Acid Technology
Hypochlorous acid is valued across many industries, but conventional HOCl formulations can be sensitive to time, temperature, light, packaging, and storage conditions. Loss of free available chlorine and changes in pH can limit shelf life and make dependable long-term distribution more difficult.
Invented by Dr. Martin Bruce Ekster and Dr. Colinda Long Ekster, StableHOCL™ was developed to address this fundamental challenge. Its documented 24-month stable formulation represents a significant advancement in long-lasting hypochlorous acid technology, making extended storage and worldwide distribution more practical.
This stability has the potential to expand access to dependable HOCl technology for appropriately formulated, tested, labeled, and approved applications across healthcare, institutional sanitation, animal care, agriculture, food processing, water treatment, and industry.
In chemistry, success is not measured only by how well a formulation works on the day it is manufactured. The true measure is how reliably it performs throughout its intended shelf life.
StableHOCL™—because stability changes everything.
For product information, laboratory documentation, licensing, distribution, or international partnership opportunities, call toll-free: 877-EXCOBIO.
About Exco Research and Development
Our Mission
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Our Mission: Stabilizing Reactive Chemistry to Protect Life
At EXCO Research and Development, our mission is clear: We stabilize the unstable to protect life.
We develop advanced stabilization technologies that transform reactive chemistry into dependable, practical solutions for real-world use. Our work is centered on StableHOCL™, a paten
Our Mission: Stabilizing Reactive Chemistry to Protect Life
At EXCO Research and Development, our mission is clear: We stabilize the unstable to protect life.
We develop advanced stabilization technologies that transform reactive chemistry into dependable, practical solutions for real-world use. Our work is centered on StableHOCL™, a patent-pending advancement in long-lasting hypochlorous acid technology engineered to support extended storage, reliable distribution, and consistent performance.
Our purpose is to expand the global potential of StableHOCL™ by building a science-driven company founded on original invention, disciplined manufacturing, rigorous quality control, and strategic market leadership. We are developing StableHOCL™ as a trusted platform technology capable of supporting appropriately tested, labeled, and approved applications across:
- Healthcare and institutional sanitation
- Agriculture and animal care
- Food processing and food safety
- Water treatment
- Environmental remediation
- Industrial systems
- Specialty commercial markets
Our goal is to deliver advanced chemical solutions that combine stability, performance, and practical utility. As worldwide demand grows for safer, more dependable, and intelligently engineered chemistry, EXCO Research and Development is working to establish a new standard for stabilized hypochlorous acid technology.
EXCO Research and Development—stabilizing reactive chemistry, expanding the potential of StableHOCL™, and protecting life through scientific innovation.
Our Services
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Our Services
Worldwide Distribution of StableHOCL™
EXCO Research and Development is expanding the global distribution of StableHOCL™ through qualified distributors, licensed channels, and strategic commercial partnerships. Our international distribution network is being developed to make long-lasting hypochlorous acid technology available to customers
Worldwide Distribution of StableHOCL™
EXCO Research and Development is expanding the global distribution of StableHOCL™ through qualified distributors, licensed channels, and strategic commercial partnerships. Our international distribution network is being developed to make long-lasting hypochlorous acid technology available to customers and industries worldwide.
EXCO works with carefully selected regional, national, and international partners to introduce StableHOCL™ into appropriately approved applications across agriculture, animal care, institutional sanitation, food processing, water treatment, environmental remediation, industrial operations, and specialty commercial markets.
Our global distribution strategy is designed to support responsible market growth while protecting:
- Product quality and integrity
- Reliable order fulfillment
- Consistent brand standards
- Technical and commercial support
- Scalable manufacturing capacity
- Long-term partner success
With its documented 24-month stability, StableHOCL™ offers important advantages for extended storage, inventory management, international shipping, and dependable supply-chain planning. EXCO provides its distribution and licensing partners with the technical knowledge, manufacturing discipline, and commercial support needed to develop successful regional markets.
EXCO welcomes inquiries from established distributors, licensees, manufacturers, and strategic partners seeking opportunities in the growing global hypochlorous acid market.
Bring StableHOCL™ to your market. Contact EXCO today to discuss worldwide distribution, territorial licensing, and international commercial partnership opportunities.
Our Founders
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Our Founders
Meet the Inventors Behind StableHOCL™
Dr. Martin B. Ekster and Dr. Colinda Long Ekster are the co-founders and co-inventors behind StableHOCL™, EXCO’s patent-pending advancement in long-lasting hypochlorous acid technology. Together, they lead EXCO Research and Development with a shared mission: to stabilize the unstable, protect life, an
Meet the Inventors Behind StableHOCL™
Dr. Martin B. Ekster and Dr. Colinda Long Ekster are the co-founders and co-inventors behind StableHOCL™, EXCO’s patent-pending advancement in long-lasting hypochlorous acid technology. Together, they lead EXCO Research and Development with a shared mission: to stabilize the unstable, protect life, and transform scientific discovery into practical technology with worldwide value.
Dr. Martin B. Ekster: Scientist, Engineer and Inventor
Dr. Martin B. Ekster is a scientist, structural engineer, entrepreneur, and technology innovator whose work combines scientific discipline with real-world problem-solving. As co-inventor of StableHOCL™, he has helped lead the development of a stabilized hypochlorous acid formulation designed to maintain its essential chemical characteristics during extended storage and distribution.
His work reflects a lifelong commitment to creating advanced chemical and structural-engineering solutions that offer both technical significance and practical commercial value. Dr. Ekster believes that a true scientific breakthrough must do more than succeed in a laboratory—it must perform consistently in manufacturing, storage, transportation, and real-world use.
Dr. Colinda Long Ekster: Inventor, Executive and Strategic Leader
Dr. Colinda Long Ekster is the co-inventor of StableHOCL™ and a co-inventor of Auxx-It™ alongside agronomist James Bates of Advanced Farming Systems. She is also an accomplished executive with extensive experience in innovation, product development, business strategy, and commercial leadership.
Known for recognizing the market potential within promising ideas, Dr. Colinda Ekster helps transform scientific and agricultural concepts into commercially relevant, patent-driven opportunities. She brings a rare combination of creative insight, operational strength, strategic judgment, and executive leadership to EXCO’s technology portfolio.
Her work is guided by a commitment to developing valuable technologies, building sustainable businesses, and creating solutions capable of delivering meaningful benefits for generations.
Turning Breakthrough Chemistry Into Global Technology
Under the leadership of Dr. Martin and Dr. Colinda Ekster, EXCO is developing StableHOCL™ as a scalable hypochlorous acid technology platform for appropriately tested, labeled, and approved applications across:
- Healthcare and institutional sanitation
- Agriculture and animal care
- Food processing and food safety
- Water treatment and environmental remediation
- Commercial and industrial operations
- Specialty chemical markets
The Eksters’ approach is rooted in original invention, formulation excellence, disciplined manufacturing, and a fundamental belief: breakthrough chemistry must remain dependable in the real world.
Their work on StableHOCL™ is driven by a vision larger than creating another chemical product. It is about advancing the science of chemical stability, expanding the global potential of hypochlorous acid, and building technologies that can protect life, strengthen industries, and create lasting worldwide value.
Dr. Martin B. Ekster and Dr. Colinda Long Ekster—inventing advanced technology, stabilizing reactive chemistry, and shaping the future of StableHOCL™.