infiniSee is a virtual screening platform. Based on similarity, it finds molecules of interest in chemical spaces of (almost) infinite size. Given a template or query molecule, infiniSee returns similar molecules from these chemical spaces — or from screening libraries.

CONVAL integrates extensive calculation functionalities for components and processes in industrial systems, based on tried-and-tested methods, such as DIN, VDI, VDMA EN/ISO and ISA. By strictly avoiding all forms of dependence on equipment manufacturers, CONVAL guarantees flexible, professional working. The range of available calculations extends from control valves and throttle elements through piping systems to heat exchangers, including integrated property calculations (based on a property database) and comprehensive databases for control valves, safety valves, materials, etc. as standard. CONVAL integrates extensive calculation functionalities for components and processes in industrial systems, based on tried-and-tested methods, such as DIN, VDI, VDMA EN/ISO and ISA. By strictly avoiding all forms of dependence on equipment manufacturers, CONVAL guarantees flexible, professional working. Therefore, CONVAL covers all requirements of process design and instrumentation in FEED projects as well as in basic engineering, maintenance or revamp projects.

Geographic Calculator is a powerful geodetic application with particular strength in survey, seismic, and energy exploration. In addition to single point, point database, and file conversion tools, this highly accurate transformation software includes many specialized tools such as Canadian DLS (Dominion Land Survey) Land Grid tools, Seismic Survey Conversion tools, Area of Use tools for guiding users, HTDP, Geoid Creation tools, and much more. Geographic Calculator supports a wide range of file formats with support from the largest geodetic parameter database available anywhere. When transformations have to be correct, consistent and certifiable, GIS professionals around the world choose Geographic Calculator.

MOSES is integrated offshore simulation software. This advanced hydrostatic and hydrodynamic software ensures that you can apply industry best practices to installation and design sequences, while exploring design alternatives within a unified modeling environment. Bentley MOSES integrated simulation software helps you minimize offshore project risks with optimal designs.

• MOSES Solver: Allows you to consider all type of forces acting on your floating systems, including hydrostatic, hydrodynamic, inertial, and mooring forces.
• MOSES Language: Provides a unique, flexible, and powerful way of specifying system behavior and analyzing performance for different installations and operational conditions.
• Hull Modeler: Gives you an interactive way to create 3D hull shapes.
• Stability Modeler: Allows you to model compartmentation and load case management.
• Motions Modeler: Provides the tools for modeling environmental and mooring inputs.
• Hull Mesher: Enables you to graphically represent structural models.
• Basic Connectors: Offer a generalized way of modeling lifting slings, anchor lines, mooring lines, nonlinear springs, pins, fenders, and other items that connect two bodies or a body to the ground. Connectors can be tension-only or compression-only and custom connectors can be defined.
• Strip Theory: Provides a fast and proven way to predict the motions of your vessel. It is well suited for barge transports and any vessel that is slender in its L/B (length/beam) ratio.
• 3D Diffraction: Allows you to predict motions for non-ship shaped hulls and account for surge. Adaptive meshing automatically increases panel mesh density as required.
• Time Domain: Perform time-history simulations on single or multi-body systems to predict performance. The Time Domain module can perform a time history simulation on any single or multi-body system. Starting from the frequency domain results, and taking into account mooring, current, and wave forces, the Time Domain module provides fast computation of full system response. Customizable reporting and automatic generation of system response animations allow easy understanding and communication of results.
• Pipe and Rod Elements: Handle mooring line dynamics with accurate calculations or response, including accounting for large deflections. This allows modelling and analysis of anchor lines, mooring lines, TLP (tension leg platform) tendons, rigid risers, and pipelines.
• Structural Solver: Enable structural analysis, as well as spectral fatigue analysis of topside and cargo structures. It supports beam and plate elements and can import structures from SACS.
• Jacket Launch: Perform six-degree-of-freedom time domain simulations of jacket launches from a barge into water.
• Generalized Degrees of Freedom: Understand the effect of structural deformation and flexibility on buoyancy, frequency response, and loadout calculations.  It can also be used to consider the hydrodynamic interaction between two vessels.

AVEVA Production Accounting addresses the pressing issue of unaccounted losses for refineries, petrochemical plants, and other processing facilities. This solution improves efficiency with data reconciliation by finding errors in raw plant data and closing the mass balance and production accounting. Doing so helps the plant better account for feedstock and products, as material tracking and product yield tracking accounts for inventory and pinpoints losses.

Schrodinger is a scientific leader in computational chemistry, providing software solutions and services for life sciences and materials research. Schrodinger aims to provide integrated software solutions and services that truly meet its customers' needs. We want to empower researchers around the world to achieve their goals of improving human health and quality of life through advanced computational techniques that transform the way chemists design compounds and materials. By building and deploying breakthrough scientific software solutions and forming collaborations and partnerships, we help scientists accelerate their research and development activities, reduce costs, and make novel discoveries that might otherwise not be possible.

CSiCol is a comprehensive software package used for the analysis and design of columns, efficiently addressing the design of columns of any concrete, reinforced concrete, or composite cross-section. CSiCol provides a 'Quick Design Wizard' tool that will guide you step-by-step through the entire process of column design.

MecaWind is a wind load calculator software used to calculate wind loads and/or wind pressures on the main wind force resisting system (MWFRS) of buildings and many other structures (Chimneys, Tanks, Towers, Open Signs, Closed Signs, Solar Panels, Rooftop Equipment, Canopy, Bins, Tanks, Silos and Free Standing Walls).  It is based upon the ASCE 7 standard used throughout the United States for design loads, which is published by the American Society of Civil Engineers.  The MecaWind wind load calculator software contains multiple versions of the ASCE 7 standard as well as the Florida Building Code (FBC).  For instance, it includes, ASCE 7-05, ASCE 7-10 and ASCE 7-16, each being a different release of the same standard.  The latest version is ASCE 7-16, and many of the changes found from the ASCE 7-10 version to ASCE 7-16 can be found in this article.  ASCE 7-05 is also included in MecaWind, but this older version of the standard is used less frequently in jurisdictions. However, having it included allows users to evaluate existing structures to the older version of the ASCE 7 standard. MecaWind software is very cost effective, easy to use, and has a minimal learning curve.  The software allows you to perform wind design with ease and is essentially a wind pressure calculator. 

MecaLug is a Padeye or Lifting Lug Calculation Software package that is used to perform padeye or lifting lug calculations as well as analyze loads acting on padeyes or lifting lugs for a structure or piece of equipment. Several different styles of padeyes or lifting lugs are offered giving the user multiple options in selecting an appropriate lifting lug. There are also several different configurations in the MecLug Software for different equipment and structures. The lifting lug software even has templates for lifting a stack or cylindrical vessel from horizontal to vertical, using either lifting lugs or lifting trunnions. For this special type of lifting of stacks, the lifting lug software considers the multiple angles as the structure rotates from horizontal to vertical in order to find the worst angle on the lifting lugs/trunnions and tailing lug.