Different Types of Industrial Cleaning Chemicals

Industrial cleaning services are required to perform at their very best. It is because they have to maintain a clean and clear environment at the premises. The best part of this service is that it includes a wide range of scrubbing. Not only the technical areas of the business are cleaned but also the office related areas as well. The industrial cleaning services also offer janitorial services so that the bathrooms and lobbies remain clear all the time. There are some businesses that are research related. These businesses require a completely different set of cleaning services. 100% germ-free environment should be provided in such cases which is always important. To achieve the results there are some chemicals which are used. To such cleaners we can number a widely-used industrial degreaser, helping you to scour all the surfaces. Let us consider some of the popular cleaning chemicals:

Alkaline which is strong

Caustic soda is one of the main chemicals which are used to clean and degrease the systems. The machinery at the facility may have developed layers of grease. The ordinary cleaning methods are never helpful and must be replaced by the ones effective. The strong alkalis are used to clean up all the systems so that the efficient results are achieved. Sodium and potassium based elements are found to be effective and hence are used to get the work done in short time.


Just like alkalis, the acids are also used to degrease the systems that are installed at the industrial premises. The sulfur-based chemicals and acids are used to basically clean up the systems. The drainage systems of the industry are usually cleaned by using these acids and therefore these are highly recommended. More strong acids are used to ensure that the greasy systems always remain in the best working conditions. There are some parts of the machines which should not get in contact with strong acids and for all such equipment can be used diluted acid or special metal degreaser, which helps to clean all the machinery effectively and quick. This will keep the equipment safe and secure from any hazard that acids can cause.


These are the most common types of chemicals which are used to clean the premises. They come in the combination of acidic and basic properties. Sometimes both chemicals are also mixed in a highly controlled environment to create a detergent. The overall make of the detergent is such that it acts as grease cutter. These are frequently used and one of the most effective chemicals to get the work done. From bathrooms to general sitting areas the detergents work at their very best and provide exceptional results.

Miscellaneous chemicals

Trisodium phosphate is the chemical that has the rapid reaction with metals and is highly basic in nature. It has been banned in several states of the USA. The use of the chemical is however permitted only if strict rules and regulations are followed. The ammonia is also used in several industries to clean up the surfaces and especially bathrooms. The best part of ammonia is that it is completely in line with the general environmental needs. There is no need of any special equipment to handle the chemical.

The Crucial Aspects & Characteristics Of Exterior Paints

Taking advantage of special paints for facades could be a savvy option to protect protect the exterior from environmental impact and prolong the lifespan of the concrete surface. The option is appreciated by engineers: not only they paint facades of buildings, but also utilise this painting method to protect concrete structures from moisture and biological factors. When choosing paint for concrete for the exterior you need to take into consideration their properties, which must be above reproach. Mentioned below are the aspects you should consider when choosing the product.

Moisture. The paint should not pass moisture into the material of the walls.

Fire resistance. In case of fire, the paint should not be ignited and contribute to the spread of fire.

Adhesion to the concrete, an ability of materials to adhere to the surface by means of intermolecular effects. With a low degree of adhesion to concrete paint will peel off and get separated from the concrete surface.

Light resistance. It is the quality of the paint shows its ability to retain the original color when exposed to ultraviolet rays.

Resistance to changes in temperature. This feature of the painting material characterises its ability to resist changes in temperature. The temperature range of outdoor paints for concrete are large enough: from -50° to +50° C. Such companies as Britannia, standing out from the crowd with innovative exterior wall coatings solutions, go even further and offer the products that stand out -65°.

Water vapor permeability. The paint provides a surface layer of the concrete facade, thus allowing the passage formed inside a pair of premises. It should have a zero water absorption and maximum vapor permeability.

Consumption. This aspect stands for the amount of paint needed to paint 1 square meter of the surface. The concept of coverage indicates how thin coat paint should be to make a smooth color transitions from one color to another. Continue reading “The Crucial Aspects & Characteristics Of Exterior Paints”

Cavitation in industrial technologies

Cavitation process has taken its rightful place in the development of industrial ultrasonic technology; for example, it is widely utilised in cleaning surfaces and parts, destruction and dispersion of solids, creation of fuel emulsions and mixtures, water treatment and more. The cornerstone of the ultrasonic technology is an ability to destroy connections between different parts of the molecules, which allows breaking a continuous chain. The solution to many industrial applications became possible, namely by using the method of ultrasound resonance.

Ultrasonic technology in oil refining

The purpose of this technology is to create conditions for the acoustic impact on the flow of oil and thereby achieve a temporary or permanent change in the molecular composition of hydrocarbons to press for lighter molecules. The method is based on creating a vortex flow having a maximum energy of the acoustic resonance effect on the product stream in a certain frequency range, allowing to:

  • intensify chemical reaction with the hydrocarbon product;
  • effectively combat paraffin deposits in tubing and onshore pipelines;
  • increase the output of light fractions of petroleum products.

Ultrasonic technology in the food industry

Using ultrasound technology in the food industry on various levels helps to achieve increased productivity level, reduced energy costs, improved product quality, extended shelf life, and create new products with new properties.

The most promising use of ultrasound technology is included in the following technological processes:

  • producing food water and water-to-fat emulsions;
  • ‘soft’ cooking – low-temperature processing of products;
  • dispersing, homogenisation and pasteurisation;
  • biological activation of foodstuffs;
  • hydrogenation of fats, including bleaching of vegetable oils;
  • instant cooking in the baking and alcohol technologies;
  • suppression of microbiological processes;
  • intensification of the diffusion process in the manufacture of sugar;
  • cleaning diffusion juice sugar;
  • precipitation of tartrate salts;
  • water disinfection.

Ultrasonic treatment technologies

Yet another perspective direction in ultrasound development: ultrasound is applied at large manufacturing facilities to degrease and conduct high-quality cleaning. The industry is developed due to the efforts of the innovative manufacturers, such as Hilsonic, focusing on ultrasonic cleaner equipment manufacturing. The main directions of applying ultrasonic technology in water treatment are:

  • intensification of chemical reactions, if necessary, reduce the amount of chemicals;
  • preparation of high-quality water-air mixture in the fuel-efficient schemes are not saturator flotation sludge;
  • creation of economically efficient reactors for ozonation of wastewater;
  • efficient and economical technology for oxidation of industrial effluents;
  • implementation of effective responses to reduce sulfide in wastewater industries.

Ultrasonic technology in the preparation of water-fuel emulsions

Vibro-acoustic treatment (VAT) of gas-liquid media is capable of providing high-quality fuel. Using water-fuel emulsions is one of the best solution for more efficient fuel production. VAT helps to produce a new class of liquid synthetic fuels resulting from energy exchange linking with liquid water energy.

Ultrasonic technology for peat processing

The main directions of technology are the following:

  • peat wet milling;
  • the development of synthetic fuels;
  • creation of organic and mineral fertilisers;
  • the creation of food additives in animal husbandry;
  • production of the therapeutic emulsion.