ULTRPIPE:
UltraPIPE software is a complete Plant Inspection Data Management and Analysis Program that reduces company costs by making inspections more effective and plants safer. Listed below are a few of UltraPIPE's many features: New Construction Application, Corrosion Monitoring, PVCalc - Advanced Pressure Vessel Analysis Dynamic CAD Interfacing, Inspection Scheduling & Reporting, Data Transfer w/ Data Loggers, Recommendation & Repair Tracking, Custom Reporting, Valve Testing & Reporting, Color Graphic Reports and Localized Corrosion Analysis.

ECE:
Electronic Corrosion Engineer (ECE) provides i) A corrosion rate predictor for carbon steel in sweet or sour conditions, with consideration of all the common options for corrosion control. ii) A risk prediction tool to evaluate the risk
of early failure of the carbon steel. Iii) A Corrosion Resistant Alloy (CRA) evaluator to select the most suitable alloy for the environmental conditions, taking the risk of corrosion, pitting or stress corrosion cracking in the production conditions automatically into account. Iii) A database, which gives manufacturers names and addresses for alloy tubing
and for pipe of the required size. Iv) A Life Cycle Cost calculator, which evaluates the economics of corrosion control of carbon steel and the use of CRAs on the basis of Net Present Value, enabling cost comparison of various material choices.

ENPICDA:
ENPICDA, software is designed for internal pipeline corrosion direct assessment, predicts Internal corrosion rates, fluid properties, momentum, heat and mass transfer phenomena, fluid flow behavior and flow regime, water chemistry, gas composition, pH in saturated brine at pipeline conditions and oilfield mineral scale prediction for sweet or sour multiphase oil and / or gas pipeline, upstream petroleum production, downstream natural gas transportation, petrochemical processing, potable water distribution, amine gas sweetening piping and refinery crude operations.

ECORRPLAN:
Software for maintenance coating management for all industries utilizing protective coatings as a method to protect valuable assets for implementation, monitoring and continuously improve enterprise-wide maintenance painting programs using web-based protocols and reporting formats.

TANK DATA 2000:
Tank Data 2000 software adresses mechanical integrity of Aboveground Storage Tanks, provides the user with the following important features: API 653 calculation formulas with on-line updates of inspection intervals, "t-min's" and more; API 653 shell settlement calculations and graphs, as well as edge and localized bottom. A thorough internal/external Tank Inspection Checklist in compliance w /API 653. A complete information database to allow recording of all construction, maintenance, repair, and inspection activities on each AST, including a generous narrative area for those items that just won't fit into a nice neat box. Contains computerized reporting of shell and floor thickness in a relational database and coinciding graphical representation. API 653 compliant software program for inclusion into your Mechanical Integrity Inspection Program per 29 CFR 1910.119 and OSHA 3132 Process Safety Management Program.

RSTRENG:
RSTRENG software used for determining the remaining strength of externally corroded pipe, as it is less conservative than ASME B31G and provides a more accurate assessment of
the corroded area. This results in enhanced pipeline integrity and safety while simultaneously lowering costs to the pipeline owner/operator. RSTRENG is also referenced as an acceptable evaluation method in NACE RP0502-2002 (Pipeline External Corrosion Direct Assessment Methodology) and ASME B31.8S (Managing System Integrity of Gas Pipelines).

CATPRO:
The CatPro software has been designed for the optimization of cathodic protection systems of large networks of buried pipelines taking into account following effects: Cathodic, anodic, combined and induced interferences DC stray current interference from nearby
structure. By applying the CatPro software tool, the CP engineer can easily calculate different pipeline CP set-ups under various conditions (soil resistivity, coating quality, pipeline dimensions, rectifier output, …) in order to custom-fit the system to his protection requirements. Consequently, the number of on-site interventions can be reduced significantly.

OCELOT:
OCELOT (Online Corrosion Evaluation Tool), an industry-leading pipeline integrity analysis and assessment application that allows users to predict where corrosion is occurring in their pipelines and develop preventative programs. OCELOT uses topographical terrain modeling, fluid flow analysis, accurately predict issues that may affect pipeline integrity without performing any physical analysis on the pipes themselves. fluid flow analysis, corrosion assessements, 3-D elevation models along with detailed maintenance, risk mitigation, and monitoring plans to minimize the likelihood of pipeline failure.

AQUAKOR:
AQUAKOR, software product from CORPOL, Poland enables precise and objective assessment of corrosive properties of water towards steel from the results of physico-chemical analysis. The following indices are determined: Langelier saturation index, Ryznar stability index, CCPP, ie., amount of CaCO3 which water can dissolve or precipitate when the carbonate equilibrium is achieved and estimated corrosion rate for steel. Program provides recommended values of water parameters to reduce steel corrosion rate to the
allowable level, ie., below 0.05 mm/year. Range of application includes industrial water used in heating or cooling circulation systems in temperature range 0 to 100°C and drinking water. Potential AQUAKOR users include: Power and power/district heating plants, Heat distribution enterprises, Municipal water supply enterprises, Chemical, petrochemical, metallurgical and other industrial enterprises where corrosion induced breakdown of water circulation system is a hazard. Effects of application includes Assessment of actual corrosion hazard in systems under consideration, Undertaking of preventive measures to avoid corrosion breakdowns, Prevention of excessive deposits in water circulation systems, Maintenance of proper process parameters, Selection of optimum construction materials and effective corrosion control measures,