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Reagent for protection of engineering networks and equipment from corrosion
Reagent for protection of engineering networks and equipment from corrosion.
The proposed equipment performs the function of accurate dosing and injection of a corrosion inhibitor into the water stream, as well as remote monitoring of operation parameters. Proportional dosing of a special food-grade inhibitor based on silicates and phosphates into the water stream (about 15 g per 1 m3 of water)
The inhibitor is an alkaline liquid product, which contains sodium, silicates, ortho and polyphosphates and is absolutely safe in the field of drinking water supply.
Reagent safety is confirmed by the NSF international quality certificate and Russian documents and certificates.
Part number:
Price: 9 EUR
Supplier:
LLC "Eco Group"Description
TECHNOLOGY FOR PROTECTING SYSTEMS FROM CORROSION AND DEPOSITS
Problems:
• Not all engineering systems are correctly designed for operating conditions and water quality
• Water partially contributes to corrosion
• Limited equipment life
• Stabilization of water indicators is necessary (pH, hardness)
Reasons for dirty drinking water:
• Old water pipes
• Unprotected cast iron and steel pipes • Wear of coatings
• Water supply network structure
• Water flow and operating conditions
• Water quality • Measures for water supply care
HOW IT WORKS CHEMICAL
• The reagent forms a closed, waterproof layer on top of deposits and prevents further chemical reactions
• The system forms an insulating "silicate" layer chemically bonded to the anode and deactivates it.
• The reagent stops the formation of corrosion and biofilm and thereby preserves the inner diameter of the pipes.
TECHNOLOGY FOR PROTECTING SYSTEMS FROM CORROSION AND DEPOSITS
The result of the work is:
- Prevention of corrosion and elimination of the effect of "rusty" water. -Guarantee of maintaining the quality of water delivered to the consumer -Reduction of overhaul costs associated with the replacement of damaged water pipes.
- Reduced maintenance costs required for proper maintenance of water pipes.
-Significant reduction in microbiological pollution (the development of pathogens).
- Significant reduction in the required level of free and residual chlorine for water disinfection
-Effective protection against corrosion and deposits in closed DHW systems, heat exchange equipment
Problems:
• Not all engineering systems are correctly designed for operating conditions and water quality
• Water partially contributes to corrosion
• Limited equipment life
• Stabilization of water indicators is necessary (pH, hardness)
Reasons for dirty drinking water:
• Old water pipes
• Unprotected cast iron and steel pipes • Wear of coatings
• Water supply network structure
• Water flow and operating conditions
• Water quality • Measures for water supply care
HOW IT WORKS CHEMICAL
• The reagent forms a closed, waterproof layer on top of deposits and prevents further chemical reactions
• The system forms an insulating "silicate" layer chemically bonded to the anode and deactivates it.
• The reagent stops the formation of corrosion and biofilm and thereby preserves the inner diameter of the pipes.
TECHNOLOGY FOR PROTECTING SYSTEMS FROM CORROSION AND DEPOSITS
The result of the work is:
- Prevention of corrosion and elimination of the effect of "rusty" water. -Guarantee of maintaining the quality of water delivered to the consumer -Reduction of overhaul costs associated with the replacement of damaged water pipes.
- Reduced maintenance costs required for proper maintenance of water pipes.
-Significant reduction in microbiological pollution (the development of pathogens).
- Significant reduction in the required level of free and residual chlorine for water disinfection
-Effective protection against corrosion and deposits in closed DHW systems, heat exchange equipment