Scanacon INC

For industries that require acids for different procedures, maintaining proper safety protocols and effective storage solutions is critical for them. Improper or mishandling storage of acids can lead to hazardous incidents, including chemical burns, environmental contamination and spills. By implementing best practices and leveraging advanced techniques like an acid management system , business can assure operational safety, compliance with regulations and cost efficiency. In this blog, we will understand the guidelines for acid storage and managing safety protocols.  1. Understand the nature of the acids being handled Various types of acids, including sulfuric acid, nitric acid or hydrochloric acid have different properties that determine their corrosiveness, reactivity, and storage requirements. Conducting a thorough chemical analysis of the acids in your processes is the first step toward assuring safety.  Labeling and documentation: Accurate label for all acid containers w...

 Modern industry has kept stainless steel production as a cornerstone that provides important materials for – automotive, construction, medical equipment and numerous other sectors. However the process of manufacturing stainless steel produces significant waste that gives birth to serious health and safety risks if not managed properly. This blog will explore the probable risks and demonstrate the innovative acid management solutions of Scancon to mitigate all the issues. The Nature of Waste in Stainless Steel Production During the stainless steel production process, a variety of hazardous wastes are generated. These include: Spent acid solutions Stainless steel finishing processes, including passivation and pickling, rely on strong acids, including hydrofluoric acid (HF) and nitric acid (HNO3). After long period, these solutions become contaminated with dissolved impurities and metals that create spent acid waste. Metallic sludge The chemistry between acids and s...

Modern industry has kept stainless steel production as a cornerstone that provides important materials for – automotive, construction, medical equipment and numerous other sectors. However the process of manufacturing stainless steel produces significant waste that gives birth to serious health and safety risks if not managed properly. This blog will explore the probable risks and demonstrate the innovative acid management solutions of Scancon to mitigate all the issues. The Nature of Waste in Stainless Steel Production During the stainless steel production process, a variety of hazardous wastes are generated. These include: Spent acid Solutions Stainless steel finishing processes, including passivation and pickling, rely on strong acids, including hydrofluoric acid (HF) and nitric acid (HNO3). After long period, these solutions become contaminated with dissolved impurities and metals that create spent acid waste. Metallic Sludge The chemistry between acids and stainl...

At Scanacon , our mission is to help stainless, titanium, zirconium, and specialty alloy finishers achieve efficient, high quality production at the lowest cost. With over 30 years of experience as the World's preferred supplier of acid management equipment , our knowledge, experience, and equipment offers the producer the ability to achieve productive, efficient, and cost effective finishing operation. Our solutions have consistently proven themselves across a wide range of pickling, etching and milling applications for all wrought and cast forms.

Stainless steel is a widely utilized material in numerous industries due to its exceptional durability and corrosion resistance. To ensure its longevity, proper maintenance and cleaning are crucial. Among the most efficient methods is pickling in stainless steel , a chemical process specifically designed for stainless steel. In this technical blog, we delve into the details, providing valuable insights for chemical engineers and material scientists. Originally published here: https://scanaconus.com/stainless-steel-pickling/

Acid circulation systems  are essential for preserving output, quality, and environmental sustainability in contemporary industries, especially in metal finishing, chemical processing, and surface treatment. Acid control must be effective, accurate, and ecologically conscious as the demand for premium metal goods rises worldwide. The constant flow of acid within a closed-loop system is known as acid circulation, and it contributes to waste reduction, efficient chemical reactions, and acid quality maintenance. Scanacon has led the way in this field's advancements as a pioneer in acid management technology, providing solutions that boost sustainability and productivity. This article will discuss the importance of acid circulation, its advantages, and its uses, as well as the reasons why effective acid management systems are crucial in the current industrial environment. What is Acid Circulation? Acid circulation is the regulated flow of acidic solutions in an industrial environment t...