Subsidy publicity
Important information and list of subsidy titles
Semi-operation of a Comprehensive Service Using Heuristic Methods for the Optimization and Management of Municipal Waste Collection
Operational Programme Technologies and Applications for Competitiveness
Project Registration Number: CZ.01.01.01/01/22_002/0000787 Project Leader: NAM system, a.s. Partner: University of Ostrava, Institute for Research and Application of Fuzzy Modeling
Provider:
Ministry of Industry and Trade
Dates:
Project start date: October 1, 2023 Project end date: September 30, 2026
Contacts:
Project Leader: NAM system, a.s. – Ing. Jiří Tomčala Project Co-leader: University of Ostrava – Prof. RNDr. Jiří Močkoř, DrSc.
Project description:
The main activities of the joint project between NAM system, a.s., and the University of Ostrava will focus on industrial research and experimental development related to the development of a service for the intelligent optimization of municipal waste collection in real conditions of urban agglomerations.
Project goal:
The project’s deliverables will include:
- A functional prototype of the BINSCAN device for automatic identification of routes, collection bin locations for municipal waste, and setting limiting conditions for collection vehicles.
- Semi-operational comprehensive service using heuristic methods to ensure the optimization of municipal waste collection.
EU financial support is provided for this project.
Project ZKV – Information System Pay What You Throw for Waste Sorting by the Population
Subsidy from the Operational Programme Enterprise and Innovation for Competitiveness
Call APLIKACE – CALL VII. “Research and Development for Innovation”
Project Name: ZKV – Information System Pay What You Throw for Waste Sorting by the Population
Project Registration Number: CZ.01.1.02/0.0/0.0/19_262/0020213
Co-financing rate: 47.47% of eligible project expenses from European Union grants 52.53% of eligible project expenses from own financing
Project description:
The project involves creating an information system for waste sorting by the population, which will collect real data obtained through a developed system for identifying and weighing individual collection bins during municipal waste collection. The data on collected waste from individual bins will be visualized and shared with municipalities and citizens to ensure fair distribution of costs and motivation for significantly increasing the share of sorted waste.
The goal of the project is to establish a semi-operational complex information system for waste management, with identification and measurement of waste quantities on collection routes involving at least 1000 bins.
Project Digital Transformation of the Electrical Manufacturing Process NAM system, a.s.
Subsidy from the Operational Programme Enterprise and Innovation for Competitiveness
Call TECHNOLOGIES – X. CALL “Business Development and Competitiveness of Small and Medium Enterprises”
Project Name: Digital Transformation of the Electrical Manufacturing Process NAM system, a.s.
Project Registration Number: CZ.01.2.06/0.0/0.0/19_250/0019552
Project goal:
TC 03 Increasing the Competitiveness of Small and Medium Enterprises in the Agriculture Sector (in the case of EZFRV) and Fisheries and Aquaculture (in the case of ENRF) 01.2.06.2.1 Increasing the Competitiveness of Startups and Developing SMEs
Co-financing rate: 35% of eligible project expenses from European Union grants 65% of eligible project expenses from own financing
Project description:
The project aims to achieve a significant reduction in manufacturing time per product and improve the overall process quality with minimal human input, thanks to the digitalization of the production process linked to the company’s information system. This will make our products more competitive compared to foreign competition that uses fully automated production lines. It will also allow us to increase production capacity, which is already constrained by the shortage of qualified labor.
The goal is to purchase automated testers that will test PCBs, load firmware, and configure the product. The testing and product activation data will be processed on servers and transferred to the company’s information system, where the new product will be automatically integrated and prepared for shipment to customers.