Intelligent Chemistry.
Intelligent Delivery.
Science & Technology
OUR CHEMISTRY PLATFORM
EnviroKlean’s proprietary carbon-based chemistry platform, EK One™, is the foundation of our disruptive approach to the treatment and management of produced water.
EK One™ was developed to take advantage of the concept of chelation, harnessing the power of the carbon atom in a revolutionary new way. EK One “molecularly wraps” Iron (Fe), NORM, and other basic elements with carbon atoms, preventing them from initiating the organic chemical reactions that create iron sulfides, TENORM, and other toxic waste by-products.
As a result of this transformative chemistry, the Iron and other elements responsible for creation of solids are returned back into solution – where they permanently reside, along with the NORM – stable, sequestered, and forever bound within the source water. By eliminating Iron-based organic reactions, EK One prevents waste solids from forming, revolutionizing the treatment of produced water.
With EnviroKlean’s innovative approach, waste remediation and maintenance expenses are reduced, capital expenditures are lowered, and both system capacity and environmental sustainability are improved.
The EK One platform is comprised of seven core components that interact in combination with each other to solve complex water challenges and improve the health of produced water:
- CHELATORS – Impacting Iron (Fe) and NORM
- DISRUPTERS – Impacting Biofilms, Organic Materials, and Scale
- INHIBITORS – Impacting Corrosion, Scale, and TENORM
- PREVENTERS – Impacting Biofilms, H2S, Iron Sulfides, Scale, and TENORM
- PROTECTORS – Impacting Equipment and other Metal Material, both surface and subsurface
- REMOVERS – Impacting Biofilms, BSW, H2S, Iron Sulfides, Scale, and TENORM
- SCAVENGERS – Impacting H2S and Iron Sulfides
OUR SOLIDS-FREE RECYCLING TECHNOLOGY
Zero Solids® is the patent-pending technology that powers EnviroKlean’s ZSR® system (Zero Solids Recycle®).
Zero Solids technology enables produced water recycling systems to remove harmful contaminants without the need to generate waste solids, finally making the concept of solids-free recycling a reality.
Zero Solids® is the patent-pending technology that powers the Zero Solids Recycle® (ZSR®) system. It enables produced water recycling systems to remove harmful contaminants without the need to generate waste solids, finally making the concept of solids-free recycling a reality.
Zero Solids is disrupting today’s conventional recycling methods of either dissolved air flotation (DAF) or “floc and float”, as it eliminates the need to chemically stimulate the formation of waste solids in order to physically remove harmful contaminants.
Instead, Zero Solids technology leverages the power of EnviroKlean’s carbon-based chemistry platform, EK One, to permanently sequester contaminants “in solution”, enabling produced water to be recycled for either reuse or extended storage without the need for expensive and non-sustainable solids removal, haul-off and disposal.
Conventional Recycling System vs Zero Solids Recycle® System
Conventional Recycling System
Zero Solids Recycle® System
Smarter water management with Zero Solids® technology and EK One™ carbon-based chemistry eliminates the solids − and the equipment and waste solids − providing a more cost effective AND sustainable solution.
OUR AUTOMATION PLATFORM
Transforming the water treatment industry takes more than better chemistry. It takes better delivery of that chemistry.
EK FlowPro™ represents the state-of-the-art for autonomous control of water chemistry injection and management.
After years of experience using conventional pumps and static injection methods to deliver chemicals, EnviroKlean realized that none provided the capabilities needed to optimally deliver the right chemistry at the right time, so we developed our own chemical injection management system, EK FlowPro™.
The EK FlowPro system consists of both an operating system and a suite of proprietary hardware solutions that manage and automate the chemistry injection process. EK FlowPro resolves the many challenges associated with accurately measuring, controlling, and managing the injection rates for multiple chemicals at multiple points of injection. It enables:
- CHEMICAL INJECTION AUTOMATION – remote autonomy, dynamic control, and synchronization of multiple pumps injecting multiple chemicals
- FLOW PACING – the chemical injection flow for each pump adjusts in real-time to match constantly changing water volumes, enabling the PPM concentrations for each prescribed chemistry to remain constant
- DYNAMIC FLUID MANAGEMENT – real-time monitoring of ever-changing water characteristics, combined with predictive analytics, enables PPM concentrations to be adjusted “on the fly”, resulting in KPIs being continuously maintained at a constant level in spite of changing water demands.
With EK FlowPro, regardless of constantly changing water conditions, targeted KPI levels can remain constant, providing assurance that optimal water conditions are continuously maintained. Fully integrated with EnviroKlean’s customer portal, EK Insight™, EK FlowPro represents the state-of-the-art for autonomous control of water chemistry injection and management.
OUR DIGITAL DASHBOARD
EK Insight™ provides customer access to data and analytics detailing the performance of EnviroKlean solutions from any device.
EK Insight™ offers customer access to the data and analytics detailing the performance of EnviroKlean solutions from any device. Customers receive real-time visibility into key measures including robust dashboard and reports.
PERFORMANCE REPORTS
- Chemical Spend
- Water Analysis
- Solids Analysis
- Bacteria Analysis
- Oil (TOG) Analysis
- Corrosion Analysis
RATE REPORTS
- Chemical Feed Rate (PPM/GPD)
- Influent Flow Rate (BPM/GPM)
- Effluent Flow Rate (BPM/GPM)
- Chemical Inventory Levels
- Chemical Line PSI
SITE VISIT REPORTS
- Chemical Delivery
- Chemical Refill
- Site Inspections
- Location Repairs
- Location Maintenance
With EK Insight, customers gain peace of mind knowing their infrastructure is optimally maintained and operating at peak performance.
