DECONTAMINATION DEVICE FOR SENSITIVE MATERIALS, SURFACES AND EQUIPMENT

DECONTAMINATION DEVICE FOR SENSITIVE MATERIALS, SURFACES AND EQUIPMENT

Acronym: DDMS

Project No.: 46PTE/2025

Program: 5.7 Partnerships for Innovation, Subprogram 5.7.1 Partnerships for Competitiveness – Transfer project to the economic operator

Research Direction: 6. Civil Security for Society

Partners: SC STIMPEX SA – Coordinator

National Institute for Research and Development for Materials Physics (INCDFM) – Partner 1

Project Director: Eng. Istrate Vlad

PROJECT STAGES AND BUDGET VALUE

STAGE 1: Development of DDMS manufacturing technology at the industrial level.

1.1 Analysis of the manufacturing technology of the research prototype and establishment of requirements for the transition to the industrial level.

1.2 Development of Manufacturing Specifications (SF) for the DDMS and DCPES industrial prototype and establishment of the necessary machinery and equipment for the industrial pilot plant. Establishment of the technological flow.

1.3 Establishment of constructive variants for the device, capacity function and characteristics of the decontamination materials used.

1.4 Creation of a web page. Dissemination of research results.

Results:

D1. Technical report on the requirements of the DDMS industrial prototype.

D2. Manufacturing specifications for the DDMS industrial prototype.

D3. Execution documentation for the DDMS industrial prototype.

D4. Technical-scientific and financial report stage 1. Web page. Scientific communications.

STAGE 2: Execution of the DDMS industrial prototype batch.

2.1 Redesign of the device according to the requirements resulting from the previous activities and the industrial prototype manufacturing specification.

2.2 Establishing the relevant operating conditions for the device.

2.3 Preparation for the implementation of the pilot plant for the industrial prototype manufacturing.

2.4 Implementation of the pilot plant for the industrial prototype manufacturing.

2.5 Preparation of technical procedures for the implementation of the industrial prototype.

2.6 Preparation of the execution of the industrial prototype batch. Procurement of materials and performance of conformity analyses for them.

2.7 Execution of the DDMS industrial prototype batch – 50 pcs.

2.8 Preparation of the Development Test-Evaluation Plan (PTED) for the DDMS industrial prototype batch.

2.9 Dissemination of research results. Web page update.

Results:

D5. Relevant operating conditions document.

D6.Industrial prototype manufacturing line.

D7. Technical procedures for operating the pilot plant.

D8. Raw materials and materials conformity test report.

D9. DDMS industrial prototype batch.

D10. DDMS industrial prototype batch evaluation test plan.

D11. Article in specialized journals. Scientific communications.

D12. Updated web page.

D13. Technical-scientific and financial report stage 2.

STAGE 3: Testing-evaluation of the DDMS industrial prototype batch.

3.1 PTED completion with the DDMS industrial prototype batch.

3.2 Preparation of the Development Testing-Evaluation Report (RTED) for the DDMS industrial prototype batch.

3.3 Update of industrial manufacturing technology and Manufacturing Specification (SF).

3.4 Organization of a product presentation workshop with the participation of decision-makers from the Ministry of Agriculture, Food and Rural Affairs and other interested structures.

3.5 Update the website.

Results:

D14. DDMS industrial prototype batch evaluation test report. Test bulletins. Verification/measurement sheets.

D15. DDMS manufacturing documentation.

D16. Updated manufacturing specifications.

D17. Articles in specialized magazines. Practical demonstrations. Presentations at exhibitions and to possible internal and external beneficiaries.

D18. Technical-scientific and financial report stage 3.

D19. Final report.

D20. Updated website.