Industrial cleaning

industrial cleaning and Caustic soda
Caustic soda at industrial cleaning

Industrial Cleaning and Caustic soda

In industrial Cleaning ,Sodium hydroxide is one of the strongest bases, It is both a degreaser and a cleanser. It dissolves grease, oil, and protein-based deposits, producing a water solution that you can wash off.
Surfactants can be added to the sodium hydroxide solution to stabilize the dissolved material, thereby preventing re-deposition. Prevent.
Sodium hydroxide soaking solution is used as a strong degreaser on stainless steel and glass bakeware. It is also a common ingredient in stove cleaners.
In industrial production, it is common to save time by adding a salt such as sodium chloride to the sodium hydroxide solution to combine cleaning and disinfection.

The role of caustic soda in the industrial cleaning process

Sodium hydroxide is often used as an industrial cleaning agent, often referred to as a “beneficial”. It is added to water, heated, and then used to clean process equipment, storage tanks, etc. It can dissolve fat, oil, grease and protein-based deposits

Which chemicals are used for industrial cleaning?

Simple chemicals are also widely used in the production of industrial cleaners. These include: soda, sodium hypochlorite and hydrochloric acid and Caustic soda.

The benefits of sodium hydroxide as a cleaning agent

Sodium hydroxide is widely accepted for cleaning, disinfection and storage of chromatography media and systems and used for resins.

Usage of Caustic soda at cleaning resins

For resins, the most important cleaning agent is sodium hydroxide. Some reports indicate that heated sodium hydroxide is an excellent cleaning agent. Even without heating, high concentrations of sodium hydroxide require evaluation of facilities and equipment and the use of safety equipment to protect workers.
During limited inspections, manufacturers of biopharmaceuticals and biological products typically focus on verifying the cleaning and disinfection of chromatographic resins and multipurpose purification systems. Chromatography resins must either be discarded or cleaned sufficiently to ensure reproducibility in subsequent cycles.
Over the years, various cleaning agents have been proposed. After evaluating a new cleaning agent for a resin, make sure it is also compatible with system components.

The roll of Sodium hydroxide to remove nucleic acids

Nucleic acids can bind strongly to the anion exchangers of chromatography equipment. 1 M sodium hydroxide and 3 M sodium chloride, with a total contact time of one hour, efficiently removed labeled calf thymus DNA from a weak anion exchanger.