Software tool for environmental plant modeling
β Scribed by Caputo, Antonio C. ;Pelagagge, Pacifico M. ;Scacchia, Federica
- Publisher
- American Institute of Chemical Engineers
- Year
- 2001
- Tongue
- English
- Weight
- 255 KB
- Volume
- 20
- Category
- Article
- ISSN
- 0278-4491
No coin nor oath required. For personal study only.
β¦ Synopsis
Abstract
Waste disposal and the control of polluting emissions represent a critical operational issue for industrial enterprises. In this paper a software tool for computerβaided design and economical analysis of environmental plants is presented. The tool has been developed in order to assist process engineers in the proper choice and sizing of the different pieces of pollution control equipment, as well as in the correct planning of waste treatment plants. The model is able to quantitatively characterize the processes involved, while also performing an overall sizing and costing of main equipment, taking into account different process units and a variable mix of incoming waste streams. The software tool is built in the Vis Sim programming environment, enabling ease of use, modularity, and expandibility. After a description of the software architecture and features, an example is presented showing the capability of the developed plant simulator.
π SIMILAR VOLUMES
Parallel computing is at a crossroads. The hardware exists, the demand for the high performance computing power it offers is all around, yet mapping one onto the other remains an order of magnitude too difficult for widespread takeup. Recent editorials, e.g. O'Leary [1] and Furht [2], have highlight
## Abstract A suite of software tools (DiffTools) has been developed for DigitalMicrographβa software platform widely used in transmission electron microscopy (TEM) laboratories worldβwide. These tools include capabilities for calibration, center determination, rotational averaging with automatic p
The Nutrient Flow Model (NFM) is a micro-simulation model. It describes economic activities and corresponding nutrient flows at farm level for present and future situations in which environmental policy measures are taken. The farm results are aggregated to regional and national levels. The model ca
Software tools to support programmers and maintainers have been touted as potential solutions to the software development and maintenance crisis. Use of these tools is predicted to increase programmer productivity while simultaneously increasing the quality of the resulting software. Unfortunately,