Purpose of the development: Designed for cleaning (neutralization) of industrial effluents.

Recommended application field: Machine building, metalworking, leather and fur, textile, printing and other industries.

Advantages over analogues: The advantages of the proposed technology: - Collection of waste produced in one stream (not required separation of waste); - Deep cleaning degree; - Clearing drains not further salinization, enabling the return of clean water in the manufacturing (70%); - Relatively low cost of cleaning; - Simultaneous neutralization effluent containing up to 28 chemical elements; - Main GFF reagent (coagulant) in the required amount is produced at the experimental station of the enterprise; - The resulting slurry is of low toxicity and is rich in iron, which allows it to dispose of conventional landfills; - Significant savings on storage or disposal of sludge.

The development stage readiness: Introduced in production

Description of the development:
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Reagent method using ferroferrigidrozolya (GFF) is the most efficient and cost effective among analogues in the world and allows us to solve complex industrial and environmental objectives, taking into account the recommendations put forward by the Helsinki Commission HELCOM. Allows to detect electroplating wastewater containing up to 28 chemical elements. Ferroferrigidrozol - colloidal suspension oxyhydrates and ferric iron (80% Fe2 +) c pronounced sorption-reductive and coagulation properties. GFF provides coprecipitation of heavy metals, phosphates, Lcl, surfactants, dyes, organic material in a pH range. Thus, there is no need to separate waste in nature dirt on chromium-containing and acid-base, thus saving water resources, production facilities, chemical reagents. GFF effectively interacts with galvanic restoring Cr (YI), and divalent metals form ferrites and chromite spinel structure with a solid. The composition is applied under static conditions. With increased concentration of harmful impurities is effective in terms of circulation. One of the main advantages GFF - efficiency with respect to metal complexes. The effectiveness of this interaction depends on the pH. PH operating range 8-10,5. In addition, due to increased sedimentation properties GFF, sedimentation of sludge takes place directly in the reactor - special sumps are not needed. GFF does not cause additional salinity water to be treated at its disposal, and at the same time provides the neutralization of wastewater containing strong complexes to the MPC. main agent for cleaning - GFF is made directly to the treatment plant of the enterprise by the electrolysis of iron (plate) electrodes. In 1995, the technology has been tested in Germany. Determines the depth of wastewater treatment and toxicity of sediment formed during their processing ferroferrigidrozolem and were compared with the traditional reagent technology for which was purified samples of the effluent. Testing precipitation was conducted in accordance with the standard DEV -S4. Tests also showed that the sludges obtained technology GFF resistant even in environments H2SO4 c pH 4.0. Industrial applications GFF in two ways: the construction of new sewage treatment plants or reconstruction of old using existing equipment with the addition of the drug - ferroferrigidrozolya.

corresponds technical description
Guarantees stable results getting

Possibility of transfer abroad:
Licence's sale
Technological document's sale
Combinated reduction to industrial level

Photo

Country Ukraine

For additional information turn to:
E-mail: gal@uintei.kiev.ua