Protherm - Start page

Project's purpose

Project's description

Partners

Achievment plan

Proposed technical solution

Other details

Contact

Versiunea in limba romana



Objectives
General objectives of the program General objectives of the project Specific objectives of the program

1. The increase of CDI system capacity in Romania to accumulate knowledge, results and overriding experience in high scientific and technological domains and to spread and transfer them towards economical and social medium to raise its competitive.
2. The optimum focusing and capitalization of the scientific and technologic potential existent in Romania.

1. Accomplishment of a scientific and technologic cluster integrated in technologic platform European Technology Platform on Advanced Engineering Materials and Technologies.
2. Focusing of human and material resources of IFT and UPB leads to increasing the CDI activity quality.
3. Optimum capitalization of the high scientific potential existent in UTI and UPB higher education institutions.

1. The quality increase of CD units and institutions activity in Romania in order to assure the development and focusing of human and material resources.
2. Promoting the participation of research-development units and institutions from Romania in the European and International research programs and the conjunction to the European research area, including the integration in European technological platforms.

The project follows the thematic direction of the integrated technologies for industrial applications aiming knowledge integration, technologies and new production processes in sectorial applications with concrete implication in thermal systems construction.

General objective of the project

Expert systems for thermal systems command


Scientific objectives Technical objectives

The design of expert system structure.
Responsible: IFT + UPB
The critical analysis of the expert system performances and the command thermal system.
Responsible: UTI + UPB + IFT
The achievement and experiment of expert system structure for the chosen heat system.
Responsible: UTI + UPB

The expert system achievment.
Responsible: UTI + UPB + IFT
The demonstration of expert system functionality for an industrial heat system.
Responsible: UPB + UTI
The elaboration of technical documentation for the expert system achievement which commands an industrial heat system.
Responsible: UTI + IFT

Economical objectives

The elimination of high energetic resources consumption, technical-material and financial consumptions.

Increase of the production through marketing extension.

Cresterea ponderii sistemelor expert în domeniul procesarii termice a materialelor metalice si nemetalice.Ponderosity increase of expert system within thermal processing domain of metallic and non-metallic materials.

Project's final result
Knowledge integration and new equipments from informational technology domain in thermal processing domain of metallic and non-metallic materials.

Project's performance parametersProject's quality parameters

The assurance of an achievement accuracy for heat diagram positioned between 3 and 5 °C. The achievement of a energy economy in comparison with classical variant of heat system of approximately 25%, economical efficiency estimated as an average of the industrial applied solutions. the realized expert system will permit the obtain of some small heat speeds of 8 – 10 °C/h.

The functionality of the proposed solution to the series production.
The industrial implement with low costs of the new proposed technology.
Success rate of the application (repeatability degree of the results).
Definition clarity and technological parameters framing according to estimated success rate under the conditions of industry appliance.


Scientific opportunity Technical- applicative opportunity Economical opportunity

The achievement of a new expert system type.
The development of UTI and UPB own researches in heat systems domain.

Industrial implement of heat systems assisted by expert systems. Exploitation performances improvement of thermal systems:

  • errors elimination and technological blockages.
  • increase of reaction speed
  • increase of exploitation period

The initiation of partnerships and intern and international collaborations between research-development units and economic agents from Moldavia for CEEX program and also the determination of real chances in FP7 European program.

  • Diminution of production costs (materials and wages)
  • Diminution of imports


Project's viability
Viability criteria Justifying ways

The demonstration of the proposed feasibility thematic.

The achievement of the experimental and functional model of the heat system commanded by the expert system (stages 2 and 3 – Achievement plan)

The demonstration of functionality and utility of the elaborated solution.

Presentation manual and Experiment Report of ST heat system commanded by SE expert system (stage 4). The assembly of software and hardware components in a unitary conception (stage 5).





Project manager
“Gh. Asachi” Technical University of Iasi


Project manager
Professor dr. eng.
Petrica Vizureanu