Remote Monitoring Anodic Protection System

Process parameters Project Design parameters Performance parameters Shell Side Tube Side Shell Side Tube Side MEDIUM Fluid name Sulfuric Acid 104.5% Cooling Water Sulfuric Acid 104.5% Cooling Water Temperature (Inlet) ℃ 70.5 33 70.5 33 Temperature (Outlet)℃ 50 41 50 40.976 Liquid Kg/h 382320 382320 345000 Density(inlet/outlet) Kg/m3 1855 1000 1855 1000 Viscosity(inlet/outlet)(cp) 8.69 0.76 8.69 0.76 Inlet pressure Mpa 0.54 0.3 0.54 0.3 Pressure drop, Mpa ≤0.1 ≤0.1 0.036 0

Process parameters Project Design parameters Performance parameters Shell Side Tube Side Shell Side Tube Side MEDIUM Fluid name Sulfuric Acid 98.5% Cooling Water Sulfuric Acid 98.5% Cooling Water Temperature (Inlet) ℃ 96 33 96 33 Temperature (Outlet)℃ 80 43 80 42.956 Liquid Kg/h 1412400 1412400 865000 Density(inlet/outlet) Kg/m3 1840 1000 1840 1000 Viscosity(inlet/outlet)(cp) 7.9 0.76 7.9 0.76 Inlet pressure Mpa 0.5 0.4 0.5 0.4 Pressure drop, Mpa ≤0.07 ≤0.06 0.062 0.008

Process parameters Project Design parameters Performance parameters Shell Side Tube Side Shell Side Tube Side MEDIUM Fluid name Sulfuric Acid 98.5% Cooling Water Sulfuric Acid 98.5% Cooling Water Temperature (Inlet) ℃ 96 33 96 33 Temperature (Outlet)℃ 70 43 70 42.98 Liquid Kg/h 2377100 2377100 2360000 Density(inlet/outlet) Kg/m3 1840 1000 1840 1000 Viscosity(inlet/outlet)(cp) 7.9 0.76 7.9 0.76 Inlet pressure Mpa 0.5 0.4 0.5 0.4 Pressure drop, Mpa ≤0.07 ≤0.06 0.07 0.005

Anodically Protected System For Acid Tank Technical Guide to Anodic Protection for Acid Storage Vessels Background Context Industries reliant on concentrated sulfuric acid face an enduring operational concern: the gradual deterioration of carbon steel containment infrastructure. This phenomenon introduces both safety considerations and economic consequences over extended service periods. Anodic protection offers a scientifically validated methodology for interrupting this

Anodically Protected System For Acid Tank Advanced Corrosion Control for Sulfuric Acid Storage Vessels The Containment Problem Bulk storage of concentrated sulfuric acid presents facility engineers with a significant challenge. Carbon steel, while economical and readily fabricated, experiences continuous material loss when in contact with this aggressive electrolyte. This gradual thinning ultimately dictates vessel retirement and replacement. Anodic protection intervenes in

Customize Anodic Protection For Acid Tank Electrochemical Solutions for Corrosive Chemical Containment Operational Challenge Facilities handling concentrated sulfuric acid routinely confront materials degradation. Carbon steel, selected for its favorable economics and mechanical properties, undergoes progressive wall thinning when exposed to this aggressive medium. This natural process, left unchecked, eventually compromises structural integrity and necessitates costly

Anodic Protection System For Acid Tank Managing Corrosion Risk in Sulfuric Acid Storage Through Anodic Protection The Storage Dilemma Bulk containment of concentrated sulfuric acid presents facility operators with a classic economic trade-off. Carbon steel offers affordable construction but suffers progressive attack from the stored medium. Specialty alloys resist corrosion but carry prohibitive cost penalties for large tanks. Anodic protection resolves this dilemma by

Pipe For Strong Acid Anodically Protected Piping: Technical Solution for Corrosive Media Transport Industry Context Process industries regularly face the challenge of moving aggressive chemical streams through plant piping networks. When these streams include concentrated mineral acids, standard piping materials often prove inadequate. Anodic protection emerged from electrochemical research as a practical answer to this limitation, offering stainless steel systems the ability

Anodic Protection System For Acid Distributor Equipment Overview The Anodic Protection Acid Distribution Equipment is a precision-engineered assembly designed for controlled processing of high-concentration sulfuric acid (above 96%) and oleum in industrial environments. This system is typically installed in sulfuric acid alkylation sections at petroleum refineries and absorption/drying stages of acid production plants. This apparatus meets two essential operational requiremen

Anodically Protected System For Acid Pipe Anodically Protected Piping: Engineering Data Sheet Equipment Presentation Anodically Protected Piping describes a network of metallic pipelines, typically manufactured from austenitic stainless steel grades including 304L and 316L, that are protected against corrosive deterioration through an external electrochemical process called anodic protection (AP). This technology is widely implemented across chemical and petrochemical

Anodic Protection System For Acid Pipe Anodically Protected Piping: Technical Documentation Product Overview Anodically Protected Piping refers to a system of metallic conduits, typically fabricated from austenitic stainless steel types such as 304L and 316L, that are protected from corrosive attack through an external electrochemical technique called anodic protection (AP). This approach is extensively utilized within chemical and petrochemical sectors for the secure and

Customize Anodic Protection For Acid Distributor Anodic Protection Acid System: Technical Data Sheet Equipment Presentation The Anodic Protection Acid System is a purpose-built assembly designed for regulated handling of high-strength sulfuric acid (concentrations above 96%) and oleum in industrial process environments. Primary installation sites include sulfuric acid alkylation units at petroleum refineries and absorption/drying sections of acid manufacturing operations.

Anodic Protection System For Acid Distributor Product Overview The Anodic Protection Acid Device is a technical solution engineered for processing concentrated sulfuric acid (strength above 96%) and oleum within industrial operations. Its principal applications include sulfuric acid alkylation units at petroleum processing facilities and absorption/drying sections of acid production installations. This device handles two separate operational demands: it delivers consistent

Remote Monitoring and Diagnostic System Our advanced Remote Monitoring and Diagnostic System provides comprehensive real-time oversight of industrial equipment performance through secure internet connectivity. Real-Time Monitoring Capabilities Access operational data from any internet-connected device including mobile phones, computers, and tablets. Monitor critical parameters including: Real-time operational status of anode-protected acid coolers and pipelines Analog signal