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Your premier source for electro oxidation wastewater treatment, wastewater management, news, trends, advances and regulations for wastewater treatment professionals.

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Industrial Application of CVD Diamond Technology

Advanced Diamond-Based Electro Oxidation (EO): Industrial Applications of CVD Diamond Technology The integration of Chemical Vapor Deposition (CVD) diamond into wastewater treatment marks a significant shift in how we handle recalcitrant industrial effluents. Leveraging over three decades of research originating from the FTF and CVD Laboratory at Central South University, this technology moves beyond traditional filtration toward complete molecular mineralization. The Core Technology: CVD Diamond Synthesis The efficacy of an ECO system is dictated by the quality of its electrodes. Using Hot Filament Chemical Vapor Deposition (HFCVD), diamond functional materials are engineered by depositing a thin layer of polycrystalline diamond onto conductive substrates (typically Niobium or Silicon). By doping the diamond lattice with Boron atoms during the vapor deposition phase, the diamond is transformed from an insulator into a highly conductive, “p-type” semiconductor. This creates a

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Direct Oxidation & Indirect Oxidation in Electro Oxidation Processes

In the advanced treatment of recalcitrant industrial wastewater, Boron-Doped Diamond (BDD) electrodes represent the state-of-the-art for Electrochemical Advanced Oxidation Processes (EAOPs). Their superiority stems from an exceptionally wide electrochemical potential window—typically 1.25V to 2.3V vs. SHE—which allows for the generation of highly reactive species without the immediate parasitic reaction of water electrolysis (Abdelhay et al., 2020; Martínez-Huitle et al., 2015). 1. The Direct Electrochemical Oxidation Pathway Direct oxidation occurs via Direct Electron Transfer (DET) between the organic substrate and the anode surface. This mechanism is primarily governed by the adsorption capacity of the BDD surface and the specific oxidation potential of the target molecules (Cisneros-León et al., 2023). Reaction Mechanism: Organic molecules ($R$) migrate from the bulk solution to the electrode interface, where they lose electrons directly to the BDD lattice: R + BDD ⟶ R˙⁺

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N-EXPO 2023

Boromond Will Attend N-EXPO 2023

We will exhibit at the N-EXPO2023, The 32nd NEW Environmental Exposition 2023 to be held at Tokyo Big Sight from May 24th to 26th, 2023. About Water Korea 2023 Water Korea is Korea’s largest exhibition which is specialized in the water industry. As the leading exhibition of water industry,Water Korea offers an exclusive opportunity for manufacturers such as Boromond, suppliers, distributors and service providers to showcase their latest products, applications, innovation and technologies and develop their business and distribution networks, thereby expanding into new markets. this premium Korea Water exhibition encompasses the largest gathering of water related manufacturers, and wastewater treatment solution providers, organizations and government agencies, universities and research/technological networks, repetitive participants and increasing qualitative industrial and corporate visitors, making it the most prominent and one of the largest international events in East Asia. At

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wastewater treatment

Wastewater Treatment Overview: Wastewater Pollution,Wastewater Treatment and Solution

Water Pollution Water Pollution & Sources, Impacts Water is especially vulnerable to pollution. Water pollution occurs when harmful pollutants, especially chemicals and micro-organisms contaminate water bodies such as streams, lakes, rivers, ocean, degrading water quality. Major sources of water pollution worldwide are: wastewater generated by commercial/industrial, agricultural activities, oil pollution, radioactive waste/substances etc. Water pollution affects human health,and aquatic environments such as groundwater (mostly drinking water), surface water (lakes and rivers) and then ocean. Industrial Wastewater Explained Water discharged from commericial and industrial sources contains various pollutants at high density. Industrial wastewater treatment is a recent phenomenon that only gained attention in recent years after decades of industrialization. For instance, in the USA, it wasn’t until the 1970s that environmental concerns regarding water pollution became a priority, and industry was forced to comply with strict treatment

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electrochemical oxidation

Electrochemical Oxidation at Water Korea

Seoul, Korea, March 23, 2023 – At Water Korea, one of the leading trade exhibition for process, water, and wastewater solutions, Boromond had announced its intention to enter a supplier partnership with customers all around the world by scaling up our electrochemical oxidation wastewater treatment product lines. Boromond will participate in the develop, design, and assemble, manufacture, supply the comprehensive electrochemical oxidation solution, enabled by our electrochemical oxidation wastewater treatment technology, that is to set a new benchmark for the wastewater management industry in sustainable, efficient persistent organic pollutant-free wastewater treatment.

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