The subject of the public contract is the implementation of experimental verification optimization and validation of the production process of nitrogen-doped graphene with an emphasis on the systematic reduction of the consumption of newly purchased dimethylformamide DMF through its controlled replacement with recycled DMF The goal is to achieve a technologically stable repeatable and industrially usable production process the parameters of which will be verified through advanced analytical methods The subject of the performance includes the design and experimental implementation of pre-defined process variants differing in the degree of DMF replacement their implementation in repetitions for the purpose of statistical evaluation and subsequent comprehensive assessment of the effect on the quality of the resulting material n nThe order includes in particular the synthesis of nitrogen-doped graphene under defined process conditions their evaluation and characterization using advanced methodological procedures such as SEM XPS FTIR HRTEM EDS and electrochemical measurements in two-electrode systems cyclic voltammetry galvanostatic tests impedance spectroscopy The purpose of these analyzes is to confirm whether replacing DMF with a recycled variant does not lead to degradation of the structure chemical integrity or electrochemical performance of the material The output of the order will be complete measurement and analytical reports including synthesis results photo documentation statistical evaluation of parameters data interpretation and the formulation of recommendations for introducing an optimized procedure into industrial practice 73120000-9 Experimental development Czech Republic 73120000-9 Experimental development Optimization of the production process of nitrogen-doped graphene with reduced consumption of new DMF and by verifying material and electrochemical parameters

The Atomive s r o in Czech Republic from Europe region had released this tender for The subject of the public contract is the implementation of experimental verification optimization and validation of the production process of nitrogen-doped graphene with an emphasis on the systematic reduction of the consumption of newly purchased dimethylformamide DMF through its controlled replacement with recycled DMF The goal is to achieve a technologically stable repeatable and industrially usable production process the parameters of which will be verified through advanced analytical methods The subject of the performance includes the design and experimental implementation of pre-defined process variants differing in the degree of DMF replacement their implementation in repetitions for the purpose of statistical evaluation and subsequent comprehensive assessment of the effect on the quality of the resulting material n nThe order includes in particular the synthesis of nitrogen-doped graphene under defined process conditions their evaluation and characterization using advanced methodological procedures such as SEM XPS FTIR HRTEM EDS and electrochemical measurements in two-electrode systems cyclic voltammetry galvanostatic tests impedance spectroscopy The purpose of these analyzes is to confirm whether replacing DMF with a recycled variant does not lead to degradation of the structure chemical integrity or electrochemical performance of the material The output of the order will be complete measurement and analytical reports including synthesis results photo documentation statistical evaluation of parameters data interpretation and the formulation of recommendations for introducing an optimized procedure into industrial practice 73120000-9 Experimental development Czech Republic 73120000-9 Experimental development Optimization of the production process of nitrogen-doped graphene with reduced consumption of new DMF and by verifying material and electrochemical parameters with tender notice no. N006/26/V00004569 published on 20 Mar 2026. The tender expired on 01 Apr 2026. This tender is sourced from Sri lb and is eligible for suppliers interested in Engineering design services for industrial process and production, Experimental development services. Interested bidders can obtain further information including complete bid documents or ways to participate by registering on Tender Impulse and referencing via Tender Impulse ID 11983614.