Industrial plants for regeneration and recovery of chemical products

Condoroil is committed to providing sustainable solutions for the metalworking industry through the implementation of advanced ecological technologies, such as the regeneration of pickling solutions, degreasing agents, lubricants, oils, and solvents, NOx emission reduction, oil removal, and water recycling. These technologies are designed to reduce the environmental impact of metal processing operations, improve operational efficiency, and promote material recovery and recycling, contributing to a more circular and sustainable industry in compliance with the latest regulations.

Pickling regeneration - Crystal crystallizer

The Crystal technology enables the regeneration of sulfuric acid-based pickling baths through a crystallization system, reducing acid consumption and minimizing waste production. This process extends the service life of pickling baths and recovers by-products with significant commercial value.

Pickling regeneration - Resibed acid retardation

The Resibed system utilizes an innovative acid retardation technology that allows for pickling bath regeneration without interrupting the production cycle. This process drastically reduces acid consumption, maintains solution activity at a constant level, and extends bath efficiency, improving operational costs.

Pickling regeneration - Dyad diffusion dialysis

Dyad employs a diffusion dialysis system to regenerate pickling baths by efficiently separating metal ions from the acid. This technology reduces acid waste and recovers dissolved metals, contributing to sustainable resource management.

NOx Reduction - Peroxy Steel Inox catalytic oxidation

The Peroxy Steel Inox technology is designed to reduce NOx emissions while simultaneously recovering nitric acid through a catalytic oxidation process. This system significantly lowers nitrogen oxide emissions, improving air quality and ensuring compliance with environmental regulations.

Electrolytic pickling tunnel - Elettra

Elettra is an innovative electrolytic pickling system that uses electric currents to remove oxides and contaminants from metal surfaces, reducing the need for aggressive chemicals. This technology ensures a more efficient and sustainable cleaning process with minimal environmental impact and rapid processing times.

Degreasing regeneration - Minerva ultrafiltration

The Minerva system uses ultrafiltration technology to regenerate degreasing baths, enabling the separation of oils and contaminants from detergents. This solution reduces the consumption of new degreasing products and minimizes waste production, making the process more eco-friendly.

Oil and solvent regeneration - Diana ultrafiltration

Diana is an ultrafiltration technology dedicated to regenerating oils and solvents used in industrial processes. This system allows for the ultrafiltration and recovery of both oils and solvents, reducing disposal costs and the purchase of new materials, with a significant positive environmental impact.

Treatment of exhausted emulsions - Separ ultrafiltration

The Separ system is designed for the treatment of exhausted emulsions from metalworking processes. Through ultrafiltration, it separates water from oils, enabling resource reuse and reducing liquid waste.

Oil removal and purification - Blade Oil and Blade Mud

The Blade Oil and Blade Mud technologies are developed for oil removal and purification of metalworking baths, separating oils and sludge from process liquids. These systems ensure greater operational efficiency and waste reduction, optimizing resource management.

Pickling regeneration and metal recovery - Remet electrodialysis

The Remet system utilizes electrodialysis to regenerate pickling baths and recover dissolved metals. This advanced technology reduces acid waste and enhances the value of metallic by-products, contributing to the sustainability of industrial processes.

Water recycling - Taos reverse osmosis

Taos is a reverse osmosis system designed for process water recycling. This plant recovers water used in production cycles, reducing overall water consumption by reclaiming solutions otherwise lost through drag-out and minimizing wastewater discharge, thus promoting sustainable water resource management.