CBRN PROTECTIVE SUIT FILTERING SORBENT WITH REDUCED THERMAL STRESS

Name: CBR FILTERING-SORBENT PROTECTIVE SUIT WITH REDUCED THERMAL STRESS

Acronym: LB_ProtSuit

Project No.: 102PTE/2022

Project Director: Achim Veronica

Scientific and Technical Report – STAGE I – 2022

Scientific and Technical Report – Stage 2 – 2023

Project stages and budget value

Stage 1 Technical-scientific substantiation regarding the technical, innovative, design solutions of the demonstrator of the CBR filtering-sorbent protective suit with reduced thermal stress in the laboratory phase, with a view to technological transfer to the economic operator

1. Experimental research on the retention capacity of chemical warfare agents in the form of vapors, of innovative filter-sorbent materials, with superior properties, from the composition of the product’s manufacturing structure.
2. Experimental research on the physical-mechanical characteristics and permeation of chemical, biological and radioactive agents through innovative multilayer structures (one of the layers being the filter-sorbent material), with possible use in the production of the product
3. Experimental research on catalytic and photocatalytic self-decontamination solutions, special treatments, as well as processes for depositing nanostructured materials on textile supports
4. Experimental research on the thermal comfort characteristics of innovative multilayer structures with possible use in the production of the product
5. Research and design of the technological demonstrator of the CBR protective suit, filter-sorbent with reduced thermal stress. Modeling and simulations regarding the temperature map/local overheating areas during product use in different scenarios
6. Wide-scale dissemination, through national/international communication and publication of the results. Creation of the project’s WEB page

Results:

1. Experimental report on the retention capacity of filter-sorbent materials for chemical warfare agents in the form of vapors
2. Experimental report on the physical-mechanical characteristics and permeation of chemical, biological and radioactive agents through innovative multilayer structures (based on filter-sorbent materials)
3. Experimental report on catalytic and photocatalytic decontamination of chemical warfare agents, special treatments, as well as processes for depositing nanostructured materials on textile supports.
4. Experimental report on the thermal comfort characteristics of multilayer structures with possible use in the production of the product.
5. Study on modeling and simulations on local overheating areas during product use in different scenarios
6. 1 BDI article
7. Creation of the project’s WEB page

Stage 2 Technical-scientific substantiation regarding the technical, innovative solutions for the realization of the demonstrator of the CBR filtering-sorbent protective suit with reduced thermal stress. Realization and testing of the demonstrator. Design, realization and verification of the functionality of the manufacturing line of the industrial prototype batch.

2.1. Development of the product technology demonstrator development specification

2.2. Creation of the CBR protective suit, filter-sorbent with reduced thermal stress demonstrator

2.3. Testing and demonstration of the functionality of the technology demonstrator

2.4. Research on the industrial manufacturing method of the product

2.5. Development of the technical documentation for the product manufacturing (prototype – series 0)

2.6. Design of the manufacturing line for the CBR protective suit, filter-sorbent with reduced thermal stress (including components for deposition/application of special treatments)

2.7. Creation of the manufacturing line for the CBR protective suit, filter-sorbent with reduced thermal stress (including components for deposition/application of special treatments)

2.8. Wide-scale dissemination, through national/international communication and publication of the results. Update the project’s WEB page

Results:

8. Development specification of the technological demonstrator of the product.
9. Batch of products (demonstrator – technological): 10 complete
10. Technological demonstrator test report.
11. Study on the industrial manufacturing technology of the CBR protective suit, filter-sorbent with reduced thermal stress.
12. Technical documentation of product manufacturing – industrial prototype
13. Technical documentation for the product manufacturing line – industrial prototype
14. Product manufacturing line – industrial prototype
15. 1 ISI article
16. Updating the project WEB page

Stage 3 Manufacturing of the prototype batch and its validation by testing its functionality in conditions that simulate real CBR contamination conditions. Patent application. Workshop and dissemination at technical-scientific events on the project theme.

3.1. Manufacturing of the industrial prototype batch – series 0

3.2. Development testing-evaluation of the industrial prototype batch – series 0

3.3. Preparation of the documentation necessary for the registration of a patent application with OSIM

3.4. Workshop, dissemination and participation in technical-scientific events on the project theme. Completion of the project WEB page

Results:

17. Industrial prototype batch – series 0 – 20 complete
18. Product development testing-evaluation plan – industrial prototype
19. Product development testing-evaluation report – industrial prototype
20. Patent application
21. Workshop
22. Presentation stand
23. Article at a national/international conference
24. Project WEB page completed

Scientific and Technical Report – Stage 1

Scientific and Technical Report – Stage 2

Scientific and Technical Report – Stage 3

Scientific and Technical Report – Final