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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.

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

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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