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KVT specializes in the purification of glycerin, a by-product of biodiesel production.

  • Production of high-margin glycerin with purity ranging from 86.5% to 99.7%, including kosher glycerin, sourced from sustainable plant-based raw materials.

  • Minimal by-products thanks to the integrated MONG desalination unit.

  • Use of widely available raw materials.

The product has a wide range of applications in:

  • Chemical industry

  • Pharmaceutical industry

  • Cosmetics industry

  • Food processing industry

  • Detergents industry

  • Plastics and lacquer industry

Production of epichlorohydrin (EPI) from glycerin

EPIPROVIT® is an innovative and competitive technology for the production of EPI, a compound with wide industrial applications, particularly in the manufacturing of epoxy resins, paints, varnishes, fiberglass, ships, wind turbines, pharmaceuticals, and paper.

  • Traditionally, EPI is produced through a multi-step technological process from petrochemical-derived propylene. Producing EPI from glycerin not only perfectly aligns with the “green chemistry” trend, but is also economically competitive.

  • Our technology partner provides EPC services for EPI production, along with accompanying units such as glycerin purification, waste brine treatment, exhaust gas treatment, and waste incineration, all tailored to the client’s needs and requirements.

This service is particularly directed at:

  • Epoxy resin producers

  • Epichlorohydrin producers from propylene

  • Chlorine/HCl producers

  • Biodiesel/glycerin producers

Treatment of Waste Brine Streams with High-Purity NaCl Recovery

  • The purified brine can be reused in the technological process.

  • Standard composition of the treated stream: water, salts, hydrocarbons, and chlorinated hydrocarbons in various proportions.

  • The process is dedicated to streams containing organic contaminants.

Applications:

  • Epichlorohydrin producers

  • Epoxy resin producers

  • Propylene oxide producers

  • Electrolysis plants operating with membrane technology and using purified brine from other industrial processes as raw material feed

  • Other industries generating contaminated brine that needs to be purified

Innovative Wet Process for Sulfuric Acid Recovery from Off-Gases Containing Sulfur Compounds

  • Separation of sulfur-containing compounds from wet process streams to produce concentrated sulfuric acid.

  • Standard gas flow: 10,000 – 200,000 Nm³/h.

  • Standard sulfur contaminants: SO₂, H₂S, COS, CS₂, mercaptans, with concentration ranges in the gas stream of 2–200 g/Nm³.

  • Final product: H₂SO₄, 96–98% purity.

Applications:

  • Chemical, refinery, and petrochemical industries

  • Natural gas processing

  • Viscose industry

  • Energy sector

  • Coke production

  • Non-ferrous metallurgy

Unique Process for Treating Industrial and Municipal Wastewater with Varied Composition and Consistency

  • Technological solution tailored to a variety of applications where salts or other solid components need to be separated from the organic fraction.

Key advantages:

  • Modular decomposition and incineration system for various waste streams

  • Separation of solid components from challenging sludge streams

  • Generation of energy for internal use and export

  • Reduction of disposal costs for waste sludge

  • Possibility to recycle and reuse certain sludge components

Applications:

  • Any industrial sector

  • On-site wastewater treatment

Reduction of Pollutant Emissions through Wet Electrostatic Precipitation

Key advantages:

  • No continuous liquid film required

  • Separated fluids can be recycled back into the process

  • No cooling water needed

  • Casing made of corrosion-resistant synthetic material

Hot Gas Filtration System

Key advantages:

  • High-temperature ceramic filters dedicated to desulfurization

  • Equipment protection

  • Modular design

Special Platinum Catalyst in Monolithic Honeycomb Form

Key advantages:

  • Flexible design

  • High efficiency

  • Resistant to halogens and sulfur

  • Low CAPEX and OPEX

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