Managing Director of COBRA
Reducing cleaning costs by up to 20%. The technology provides an individual approach to each type of sediments, resulting in an optimal solution for their elimination.
Cleaning different levels of sediments within the shortest time possible. It is important to minimize the downtime of equipment, losses can be in millions of rubles.
The technology is completely safe for the environment since innovative solutions are applied. Most importantly, the technology is absolutely harmless for any kind of equipment.
The number of heat exchangers at primary oil processing facilities depends mainly on two factors: output of products and the number of processing technologies. Approximate number of heat exchangers at primary oil processing facilities is from 2 to 1,250 units. The number of heat exchangers at petrochemical facilities ranges from 10 to 10,000 units
GCS facilities where gas is purified, compressed and cooled, i.e. dust collectors, gas compressor units and gas air or water cooling units, are called main facilities. Heat exchangers are also used for gas processing. Approximate number of heat exchangers at gas processing facilities ranges from 300 to 650 units
Heat exchangers in the chemical industry are basically special units that regulate the temperature between the heat-transfer media. The devices mix the hot and cold agent in certain proportions. In the chemical industry, heat transfer process involves exchange of heat energy between reagents. Therefore, in the chemical industry, heat exchangers are in demand in the process of synthesis of various substances
Currently, surface-type heating units are generally used at powerful TPPs. Each heater is a steam-water horizontal heat exchanger with an all-welded shell. Steam generators are among the most critical heat exchange equipment supplied to nuclear power plants
Surface heat exchangers, especially tubular heat exchangers, are the most widely used in the food industry. Heat exchangers of this type are called shell-and-tube heat exchangers. They are quite easy to manufacture and allow to develop a large heat exchange surface in one device, reliable in operation. The company’s efficiency depends on the condition of this equipment!
In the pulp industry, heat exchangers play an important role in various processes. Plate heat exchangers, air heat exchangers and shell and tube heat exchangers can be used as heat exchange devices. Heat exchangers are used from the start of condensate cooling to the bleaching process
Heat exchange equipment plays a big role in the housing and utilities sector.Heat exchangers are used as coolers/heaters depending on their purpose. The purpose of heat exchangers in the housing and utilities sector is to improve the heat supply system, improve the quality of hot water, reduce the cost of water treatment of the heat transfer agent
Metallurgy is one of the most energy intensive types of production. In order to compete in this industry, it is necessary to ensure that the expenses for fuel and energy resources are reduced. At the same time, the quality of manufactured products should not deteriorate. Heat exchangers are used in metallurgy to increase production efficiency
Shell and tube units are widely applied in large industries, including production of mineral fertilizers. They are highly robust and more powerful, resistant to hydraulic shocks and can be easily transported. In addition, this type of equipment is suitable for uncleaned media
Plate heat exchangers are widely used in these systems. They consist of the thinnest metal plates. Plate heat exchangers are used in air conditioning and ventilation systems as evaporators or condensers depending on their task
Heat exchangers are used for transfer of heat from a heat carrier with a higher temperature to a heat carrier with a lower temperature and play an important role in ensuring uninterrupted, reliable and high-efficiency operation of ship systems and power plant systems
A diesel locomotive, unlike a motor ship, is only surrounded by air... That’s why a diesel locomotive must have a device that eventually carries off heat into the air. Such device, where heat is transferred from a higher temperature environment to a lower temperature environment, is called a heat exchanger
Managing Director of COBRA
Global problem: Sediments in heat exchangers caused by poor water quality are the basis for the growth of fixed costs of the companies operating in large industries of the global economy.
According to independent estimates, 1 mm thick sediments increase costs by 6-8%, while 4-8 mm thick sediments increase costs by up to 50%. Losses from downtime amount to the tens of billions of dollars.
At the same time, there is a significant increase in the number of heat exchangers in large global industries, as it is directly related to savings of up to 40%. By 2023, the heat exchanger market will grow by 70% to reach USD 23 billion per year.
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Beautiful videos about innovative solutions are good movies.
Demonstration of technology result is the real life!
Here you can see actual photos of the results from documented reports
Cleaning of the economizer of the facility of the Ministry of Defense, the level of sediments - 65%.
Cleaning of the heat exchanger tubes of Novovoronezh NPP.
Cleaning of the heating system of a gymnasium in the Moscow Region.
Cleaning of the heat exchanger of the motor ship “Nikolay Chernyshevsky”.
Cleaning of the air cooled heat exchanger at a TPP.
Cleaning of the hot water supply system, Yaroslavl.
Cleaning of the sixth power unit of a TPP.
Cleaning of the plate heat exchanger at Municipal Unitary Enterprise “RKS”.
Cleaning of the locomotive, the 49% temperature rise is recorded by the receiver.
Clean income technology is a unique solution! Not only do we make the industrial world clean, without environmental damage, but we also significantly increase its income!
Industries need clean income technology that will keep their heat exchangers and related equipment in proper condition while achieving significant savings in all costs associated with their operation, repair and replacement. A physical and chemical process based on the unique technology forms the basis of our invention. Solution is activated through hydrodynamic drag with a certain degree of cavitation. Resulting buffer system combines the properties of the donor and proton acceptor, and has an oxidation-reduction potential for destruction of calcium carbonate or iron oxide. СOBRA TECHNOLOGY is not about using reagent or just equipment. This technology is based on the synergy effect from interaction of mineral salts buffer solution and the impact of equipment. Applied solution, consisting of mineral salts, is completely safe, environmentally friendly, and makes no harm to the environment - after cleaning the solution is disposed in the usual sewerage system. The technology is simple, mobile in implementation and does not require removal of cleaned equipment. The plant used for application of the technology is space-saving, cost-effective, adaptive to the existing sizes of industrial heat exchangers at the enterprises, boiler houses, various systems of connections for cleaning.
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