- Process Engineering
- Aspen Air Cooled Exchanger
- Aspen Adsorption
- Aspen Basic Engineering
- Aspen Batch Distillation
- Aspen Batch Process Developer
- Aspen Capital Cost Estimator
- Aspen Chromatography®
- Aspen Custom Modeler®
- Aspen Distillation Synthesis
- Aspen Economic Evaluation
- Aspen Energy Analyzer
- Aspen EO Modeling Option
- Aspen Exchanger Design & Rating
- Aspen FRAN™
- Aspen Fired Heater™
- Aspen Flare System Analyzer
- Aspen HTFS Research Network™
- Aspen HYSYS®
- Aspen HYSYS Amines™
- Aspen HYSYS CatCracker
- Aspen HYSYS Crude™
- Aspen HYSYS Dynamics™
- Aspen HYSYS Dynamics Run-Time
- Aspen HYSYS Hydrocracker
- Aspen HYSYS Petroleum Refining
- Aspen HYSYS Pipeline Hydraulics—OLGAS 2-Phase
- Aspen HYSYS Pipeline Hydraulics OLGAS 3-Phase
- Aspen HYSYS Pipeline Hydraulics—PIPESYS
- Aspen HYSYS Reformer
- Aspen HYSYS Thermodynamics COM Interface
- Aspen HYSYS Upstream™
- Aspen HYSYS Upstream Dynamics
- Aspen In-Plant Cost Estimator
- Aspen Licensing Center
- Aspen Model Runner™
- Aspen Muse™
- Aspen OTS Framework
- Aspen Plate Exchanger
- Aspen Plate Fin Exchanger
- Aspen Plus®
- Aspen Plus Dynamics®
- Aspen Polymers
- Aspen Process Engineering Console
- Aspen Process Manual™
- Aspen Process Tools™
- Aspen Properties®
- Aspen Rate-Based Distillation
- Aspen Simulation Workbook™
- Aspen Shell & Tube Exchanger
- Aspen Shell & Tube Mechanical
- Advanced Process Control
- Aspen DMCplus®
- Aspen Inferential Qualities
- Aspen Licensing Center
- Aspen Nonlinear Controller
- Aspen OnLine®
- Aspen Online Deployment™
- Aspen PID Watch™
- Aspen Polymer Production Control™
- Aspen Process Controller
- Aspen Process Recipe®
- Aspen Process Sequencer
- Aspen Process Statistical Analyzer
- Aspen Real-Time Optimizer
- Aspen RTO Watch Performance Monitor
- Aspen SmartStep Automated Tester
- Aspen Watch Performance Monitor
- Planning & Scheduling
- Aspen Collaborative Demand Management™
- Aspen Licensing Center
- Aspen Operations Reconciliation and Accounting
- Aspen Petroleum Scheduler
- Aspen PIMS™
- Aspen Plant Scheduler™ Family
- Aspen Refinery Multi-Blend Optimizer
- Aspen Scheduling Insight™
- Aspen Supply Chain Connect™
- Aspen Supply Chain Planner™
- Aspen Tank and Operations Manager
- Supply & Distribution
- Production Management & Execution
- Aspen Cim-IO™
- Aspen Compliance.21™
- Aspen Event Manager
- Aspen Golden Batch Profiler™
- Aspen InfoPlus.21®
- Aspen Integration Infrastructure™
- Aspen IP.21 Process Browser
- Aspen KPI Builder
- Aspen Licensing Center
- Aspen Manufacturing Master Data Manager
- Aspen Process Explorer™
- Aspen Production Execution Manager
- Aspen Production Record Manager
- Aspen Real-Time Statistical Process Control Analyzer
- Aspen Role-Based Visualization™
- Aspen Utilities Operations™
- Aspen Utilities Planner™
Aspen Energy Analyzer
(formerly Aspen HX-Net®)
A powerful, conceptual design package for performing optimal heat exchanger network design
The competitiveness of today’s markets and the focus on energy efficiency requires improved heat-integrated process designs. Aspen Energy Analyzer—working in concert with flowsheet simulators like Aspen HYSYS® and Aspen Plus®—provides an easy environment to perform optimal heat exchanger network design and pinch analysis. Aspen Energy Analyzer is a core element of AspenTech’s aspenONE® Process Engineering applications.
Features
- Calculates targets for energy and capital investment
- Enables the development of improved heat integration projects, significantly reducing operating, capital, and design costs, and minimizing energy-related emissions
- Provides tools for performing process optimization
- Provides both graphical and algorithmic methods
Benefits
With the large number of design alternatives available, it is likely that a seemingly obvious solution obtained by inspection may be far from optimal. The task of developing an optimal heat-integrated design (based on capital and operating cost) can be complex. The solution then is to identify the best options without spending prohibitive amounts of resources to do so. Aspen Energy Analyzer helps maximize the reuse of heating and cooling duties within the system, with an optimal heat exchanger network. The duties that are not satisfied by heat recovery then require external utilities. This approach minimizes the external utility requirements, conserving energy and capital at a lower environmental impact.
Product Name Changes
With the release of aspenONE V7, we have renamed many of our products to be more descriptive for new users. Click here to learn more



