Introduction to Avivid Water Technology: Chemical-Free Electrocoagulation for Sustainable Industrial Water Treatment

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Introduction to Avivid Water Technology

Avivid Water Technology is pioneering a new standard in sustainable industrial water treatment through the development and deployment of chemical-free electrocoagulation (EC) systems designed for high-performance contaminant removal, resource recovery, and water reuse. This short course introduces participants to the fundamental science, engineering design, and operational principles behind Avivid’s patented EC technology and its integration into industrial applications.

Participants will explore how Avivid’s system applies controlled electrical fields to destabilize colloids, precipitate metals, and remove organics without added chemicals—minimizing sludge, eliminating secondary waste streams, and enabling closed-loop water reuse. Case studies will demonstrate the technology’s performance across sectors including oil and gas (produced water and frac flowback), mining and tailings recovery, chemical manufacturing, food processing and rendering, and landfill leachate purification.

The session also covers key parameters influencing EC performance—current density, electrode material, water chemistry, flow configuration, and scaling control—along with comparative lifecycle cost and environmental benefits versus conventional treatment technologies. Participants will learn how Avivid’s modular system architecture scales from pilot to production, supporting both decentralized and large-scale industrial deployment.

By the end of this course, attendees will understand:

  • The electrochemical mechanisms of Avivid’s EC process

  • Process design and performance variables

  • Energy and cost efficiency metrics

  • Case histories demonstrating regulatory compliance and resource recovery

  • Emerging markets and future research directions for advanced EC systems

This course is designed for environmental engineers, plant operators, process designers, and project developers seeking practical understanding of advanced, sustainable water treatment technologies for industrial and resource-recovery applications.

Category:

Description

This course introduces the electrochemical and process-engineering foundations of Avivid Water Technology’s advanced electrocoagulation (EC) systems, emphasizing how controlled electrical fields enable contaminant removal, metals recovery, and water reuse without chemical additives. Attendees will gain technical insight into EC mechanisms, system design, performance parameters, and field applications across multiple industries, supported by real-world case studies and operational data.

Duration:

4 hours (half-day session)

Learning Objectives:

By the end of the course, participants will be able to:

  1. Explain the fundamental principles of electrocoagulation and how Avivid’s approach differs from conventional EC and chemical treatment systems.

  2. Identify key design and operating parameters that affect treatment performance, including current density, electrode material, and flow configuration.

  3. Evaluate field performance metrics and regulatory outcomes from diverse applications (produced water, mining, food processing, landfill leachate).

  4. Compare lifecycle cost and sustainability metrics versus traditional chemical or membrane systems.

  5. Understand how Avivid systems support resource recovery (rare earths, precious metals) and closed-loop reuse initiatives.

  6. Recognize emerging market opportunities and compliance drivers influencing adoption across industrial sectors.

Target Audience:

  • Environmental and process engineers

  • Plant and facility managers

  • EHS and compliance professionals

  • Industrial consultants and project developers

  • University students or early-career professionals in environmental or chemical engineering

Course Outline

Module 1: Introduction and Context (30 min)

  • Global water challenges and regulatory pressures

  • Evolution of chemical vs. electrochemical water treatment

  • Overview of Avivid Water Technology’s mission and innovations

Module 2: Fundamentals of Electrocoagulation (45 min)

  • Principles of electrochemistry and ion generation

  • Particle destabilization, coagulation, and floc formation

  • Influence of conductivity, voltage, current density, and residence time

  • Comparative analysis: EC vs. DAF, chemical coagulation, and filtration

Module 3: Avivid System Architecture and Design (45 min)

  • Modular system overview (EC reactors, power control, flow management)

  • Electrode materials, configuration, and scaling control

  • Maintenance, automation, and remote monitoring

  • Safety, energy consumption, and operational optimization

Module 4: Applications and Case Studies (60 min)

  • Produced water and frac flowback treatment

  • Mining tailings and rare-earth recovery

  • Food processing and rendering wastewater

  • Chemical plant and landfill leachate applications

  • Performance metrics: TSS, metals, COD, PFAS, and oil/grease removal

  • Cost analysis and ROI

Module 5: Sustainability and Future Outlook (30 min)

  • Circular economy integration: recovery of materials and water reuse

  • Carbon footprint reduction and life-cycle impact

  • Future developments in EC: automation, AI control, and hybridization

  • Discussion: positioning Avivid in the global water technology ecosystem

Module 6: Q&A and Summary (30 min)

  • Open discussion of participant challenges

  • Field implementation checklist and design considerations

  • Certification of completion / participant feedback

Deliverables and Materials

  • Slide deck with key diagrams and performance data

  • System schematic and flow diagram of Avivid EC unit

  • Case study handouts (Mining, O&G, Food Processing)

  • Cost and performance comparison table

  • Certificate of completion

Instructor:

Michael D. Holloway 
Executive Vice President, Sales & Strategy – Avivid Water Technology

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