Explore our export-grade high-frequency power supplies configured specifically for aggressive electrocoagulation, advanced oxidation (AOP), heavy metal extraction, and automated descaling installations across Bosnia and Herzegovina.
Engineered for large-capacity electrolytic wastewater cells, galvanic sludge recovery, and continuous electro-coagulation with ultra-low ripple (<2%).
Features multi-segment programmable dwell cycles for cathodic scaling prevention, automated electrode self-cleaning, and cooling tower loop maintenance.
Hermetically sealed enclosure protecting internal IGBTs from corrosive acid gases, hydrogen evolution, and severe industrial humidity.
Engineered for large metallurgical extraction plants and central mining wastewater neutralization facilities, delivering steady-state precision CC/CV control.
Compact footprint switch-mode power supply replacing outdated transformer-thyristor rectifiers, cutting electricity losses by up to 28%.
Specialized high-potential driver for BDD (Boron-Doped Diamond) and MMO anodes targeting recalcitrant organic phenolic degradation in industrial effluents.
Configurable current-density control platform tailored for pilot plants, industrial tannery runoff, and automotive electro-coating wash lines.
Ruggedized chassis featuring multi-channel isolated diagnostics, thermal derating guards, and analog remote automation (0–10V / 4–20mA).
A comprehensive engineering review of municipal, mining, and industrial process water rehabilitation across the Federation of Bosnia and Herzegovina (FBiH) and Republika Srpska (RS).
The industrial landscape across Bosnia and Herzegovina—anchored by major steel rolling mills in Zenica, aluminum reduction facilities in Mostar, chemical processing complexes in Tuzla, and coal-mining basins across the Neretva, Bosna, and Vrbas river basins—faces tightening environmental thresholds under the Sava River Basin Commission and alignment with European Union water frameworks (Directive 91/271/EEC and the Industrial Emissions Directive 2010/75/EU).
Conventional physical-chemical water treatment, characterized by massive consumption of alum, polyaluminum chloride (PAC), and polyacrylamide flocs, creates substantial secondary hazardous sludge. Transport and disposal costs for contaminated sludge have escalated severely in the Balkan region. Electrochemical wastewater purification—incorporating electrocoagulation (EC), electro-oxidation (EO), electro-Fenton, and electrodialysis reversal (EDR)—removes reliance on consumable chemicals by producing coagulation species in situ via controlled sacrificial dissolution of iron (Fe) or aluminum (Al) anodes driven by high-frequency DC electrical energy.
However, the stability, energy-efficiency, and electrode lifecycle of an electrochemical plant directly depend on the electrical precision of the powering switch-mode DC rectifier. Fenvix supplies industrial high-frequency IGBT-based DC power systems directly to engineering contractors, EPC integrators, and plant operations throughout Bosnia and Herzegovina, replacing cumbersome legacy 50Hz silicon-controlled rectifiers (SCR) with modern switch-mode systems demonstrating ~90% electrical efficiency and harmonic factors under 5%.
In regions such as Tuzla, Banja Luka, and Prijedor, raw industrial intake waters as well as industrial effluents exhibit high levels of electrical conductivity, total dissolved solids (TDS), sulfates, and calcium/magnesium hardness. In thermal power stations and metallurgical cooling towers, calcium carbonate ($CaCO_3$) and silica rapidly encrust heat exchangers and electrode surfaces.
To overcome polarization resistance and passivation crusts without halting production lines for chemical acid washing, Fenvix incorporates Automated Fast-Switch Polarity Reversal into our specialized water treatment DC power supplies. By reversing terminal voltage on a digital cycle (ranging from seconds to multiple operating hours) managed by solid-state H-bridge IGBT architectures:
From metallurgical river catchment remediation to circular automotive manufacturing wash plants, discover where our precision DC supplies drive mission-critical performance.
Targeted for brown-coal extraction facilities, bauxite mines, and steel casting operations in the Zenica-Doboj and Central Bosnia cantons. Our high-current rectifiers power continuous electrocoagulation cells that precipitate dissolved zinc, iron, manganese, and lead ions down to strict EU water discharge standards, minimizing heavy metal transport into vulnerable tributary networks.
Thermal power units (such as Kakanj, Tuzla, and Ugljevik) and heavy industrial blast furnaces require efficient heat dissipation. Fenvix polarity-reversing 24V/48V descaling power supplies precipitate dissolved scale minerals electromechanically on collection plates, eliminating toxic anti-scalant biocide discharge into regional watersheds.
Serving automotive Tier-1 and Tier-2 suppliers located around Sarajevo, Tešanj, and Gradačac. Our low-ripple switch-mode DC rectifiers drive electro-flotation and cyanic wastewater degradation units, facilitating rinse-water closed-loop recycling and recovery of valuable electroplating ions such as nickel, chromium, and copper.
Visoko leather processing centers and agro-industrial dairy processors in northern Bosnia utilize our electro-oxidation and electro-Fenton power systems to decolorize high-strength organic effluents, split recalcitrant fats and emulsions, and sharply lower Chemical Oxygen Demand (COD) without requiring immense bio-digester footprints.
Regional municipal waste repositories facing intense biological leachate filtration difficulties utilize electrodialysis reversal (EDR) powered by Fenvix precise voltage-regulated DC modules to separate concentrated chlorides, ammonia nitrogen, and micro-contaminants before environmental release.
Municipal water utilities and remote public health stations implement hypochlorite generator rectifiers. Fenvix constant-current power modules convert simple brine solutions into active chlorine species on-site, removing the logistical hazards of transporting pressurized liquid chlorine gas over mountainous roads.
Strategic advancements shaping the capital procurement of electrochemical DC power units in Bosnia and Herzegovina from 2025 through 2030.
Decentralized municipal wastewater treatment plants and remote mining run-off stations situated across Bosnia and Herzegovina often operate unmanned. Modern procurement requires that all electrochemical power supplies integrate industrial digital communication interfaces—specifically RS485 Modbus-RTU, Profibus, or industrial Ethernet. Fenvix units offer embedded digital controllers allowing central PLC networks in Banja Luka, Zenica, or Sarajevo to monitor real-time cell voltage, current density, amp-hour integration, thermal heat sink readings, and polarity reversal intervals in millisecond resolution, instantly logging fault diagnostics to the enterprise SCADA framework.
Traditional heavy silicon rectifiers exhibit power factors as low as 0.70 to 0.75 when dialed down below rated capacity, resulting in severe reactive power charges from regional energy distributors (such as Elektroprivreda BiH and Elektroprivreda RS). Our switched-mode high-frequency IGBT rectifiers maintain a high power factor (>0.93) across the entire 10%–100% operating envelope, eliminating the requirement for external power factor correction capacitor banks.
Unplanned downtime in mining neutralization ponds can lead to severe environmental penalties. Fenvix provides modular parallel rack rectifiers where individual 10kW–30kW power modules can be isolated or hot-swapped while the overall electrochemical reactor remains energized at derated output, ensuring continuous biological protection of nearby riverways.
Manufacturer-direct engineering, vertically integrated manufacturing, and comprehensive third-party validation eliminating supply-chain middlemen.
Every industrial rectifier is engineered and built in our dedicated 3,000 m² Guangdong facility, verified on-site by TÜV Rheinland. Complete conformity with European Low Voltage Directive (LVD 2014/35/EU) and Electromagnetic Compatibility Directive (EMC 2014/30/EU).
We believe every water remediation pilot deserves tailored power parameters. We accept single-unit orders (MOQ = 1 unit) with full custom voltage ratings (6V to 3200V DC) and currents reaching 15,000 Amperes, configured directly to your pilot reactor.
Unlike assembly assemblers who outsource chassis and structural copper, Fenvix maintains internal plate shearing, CNC punching, milling, drilling, and busbar bending lines. This structural control ensures airtight enclosures, optimal thermal dissipation, and shortened lead times.
Essential guidance on grid voltage compatibility, shipping logistics, cooling selection, and compliance when importing high-power DC equipment.
Consult with our power system specialists today. We will calculate electrical load profiles, ripple parameters, and cabinet cooling demands to deliver high-reliability DC solutions tailored precisely to your project scope.