Desalination Economic Evaluation Program (DEEP)
The Desalination Economic Evaluation Program DEEP is a tool made freely available by the International Atomic Energy Agency, which can be used for performance and cost evaluation of various power and water co-generation configurations. The new version, DEEP 5, released in 2013, (current downloadable version 5.11) adds some new features that enhance the economic analysis of desalination plants supported by a new modern user friendly interface.
The highlights of DEEP 5 are:
Overall visual improvement for easier navigation between the input, analysis and the results
Detailed cash flow analysis of any dual purpose desalination plant, showing a detailed overview of the project financing. This analysis is appropriate for use in ‘bankable’ feasibility studies
Scenario manager screen, for comparing scenarios and importing/exporting to files.
All features introduced in previous versions, such as sensitivity analysis and case comparison have been reworked and optimized for faster and easier access. The default parameters have been also updated to reflect generic cases according to latest developments.
DEEP is suitable for analysis among different plant types (steam, gas, combined cycle and heat only plants), different fuels (nuclear, oil, coal) and various desalination options including Multi-Effect Distillation (MED), Multi-Stage Flash (MSF), Reverse Osmosis (RO) and hybrid options. It also includes formulation of different alternatives such as different turbines configurations, backup heat, intermediate loop, water transport costs and carbon tax.
Desalination Thermodynamic Optimization Program (DE-TOP)
DE-TOP (1.0) has been developed by the International Atomic Energy Agency as a tool for the thermodynamic analysis and optimization of nuclear cogeneration systems, such as nuclear desalination. DE-TOP models the water steam cycle (Rankine cycle) cycle of different water cooled reactors or fossil plants, and the connection between any non-electrical application.
With an intuitive graphical user interface and flexible system configuration, the user is able to select different coupling arrangements between power plant and non-electric application (single steam extraction, multiple steam extraction, backpressure operation, etc.).
DE-TOP executes energy and exergy analysis of the cogeneration system and produces detailed reports for plant performance at different cogeneration modes.
The main features of DE-TOP 1.0 are:
Detailed base-load calculation of mass and energy flows in the power plant secondary cycle
Robust model of water/steam thermodynamic properties (T, P, enthalpy, exergy, etc.) based on the IAPWS-IF97 industrial formulation
Fully customizable parameters for water cooled reactors and Fossil steam power plants to fit any user defined case. As well as several predefined cases (PWR, BWR, SMRs, etc.)
Simulation operation with of non-electric applications as: Desalination, District Heating or process heat
DE-TOP has a friendly user interface that simplify its use and allows a better understanding of the system
Report and analysis of plant performance in single electricity production and cogeneration modes
As DE-TOP is still under continuous development, the current available version is released as a beta-version.
IAEA Toolkit on nuclear desalination
For various information on the Agency's activities on seawater desalination using nuclear power, you can download the IAEA Toolkit on nuclear desalination