Resource & Updates

How YASA ET turns tough industrial effluent into reusable water—step by step Why electrochemical treatment now? Industrial wastewater is getting more complex while discharge limits are getting tighter. Electrochemical technologies—Electrocoagulation (EC) and Electrooxidation (EO)—solve the two hardest jobs in treatment: EC: removes suspended solids, oil/grease, heavy metals, color, phosphates, and a good portion of COD by generating coagulants in-situ. EO: destroys difficult

Electro-oxidation is a flexible electrochemical process used to investigate the treatment of colored, refractory, odorous, and microbiologically contaminated water and wastewater. Its performance depends strongly on the electrochemical cell, electrode material, current density, electrolyte composition, pH, temperature, and contact time. This article reviews the practical role of electro-oxidation testing and presents a laboratory demonstration conducted with the YASA ET EOXC

This article is structured as a narrative technical review combined with a laboratory case study. It first summarises the electrochemical mechanisms and operating parameters that control treatment, then interprets a methylene-blue and sodium sulfate solution decolourisation test performed with the YASA laboratory electro-oxidation system. The case study is intentionally treated as a screening demonstration rather than as proof of complete pollutant mineralisation.

Electrochemical water treatment technology has become a key solution in the field of water treatment due to its characteristics of no or low chemical dosing, strong oxidation ability, simple operation, easy automation, and resource recovery capability. This article comprehensively explains electrochemical water treatment technology and its supporting equipment from aspects such as core principles, mainstream technology classification,providing professional reference for indus

Equipment Installation Guide Video Introduction 1.1 Overview The YASA ET PREDEST® EC Test Kit is a professional-grade, portable laboratory system designed for the evaluation of Electrocoagulation (EC) and Electro-oxidation (EO) performance. It is an essential tool for research and development (R&D) teams, universities, and environmental engineers to conduct treatability studies on various industrial and YASA ET ECEO Labkit setup(municipal wastewaters. The kit allows users to

Content Introduction: Why EC Testing Matters Before Scale-Up Why Electrocoagulation Performance Is Not Universal Risks of Skipping EC Lab or Pilot Testing Types of EC Tests: Lab Test vs Pilot Test Key Parameters Determined by EC Testing How to Choose the Right EC Test for Your Project From Test Results to Full-Scale EC System Design Common Mistakes in EC Testing (and How to Avoid Them) Who Should Perform EC Testing Ready to Start Your EC Test? 1. Introduction: Why EC Testing