Construction of an Integrated System for early detection of fires on the territory of RFD Blagoevgrad

The present project proposal aims at preventing or minimizing damage to forests from forest fires in the area of operation of the RFD-Blagoevgrad by building an integrated system for early detection of fires. The integrated system for construction will consist of two automated observation stations (AOS) located in public forest territories, in the settlements of four municipalities from Blagoevgrad District. Each AOS is a high-tech surveillance complex detecting, guarding, monitoring, analysis, communication and early notification of fires. The AOS operates in an integrated communication system and reports to a control center, situated in the building of RFD-Blagoevgrad. The control center will be a complex of specialized hardware, software, visualization and telecommunication devices for realization of remote monitoring and control of the protected territory. Within the project are provided the following activities: 1. Design of an integrated system; 2. Construction and installation works for construction of 2 pcs. AOS; 3. Delivery, Installation of equipment, technologies, Communication and electrical equipment of 2 pcs.AOS; 4. Establishment, equipment and furnishing of the Control center; 5. Realization of engineering and construction supervision when building an integrated system; 6. Management and reporting of the Project. As a result of the implementation of the project will be created a last generation high-tech system for early detection of forest fires on the territory of the RFD-Blagoevgrad, which will allow early detection and prevention of fires in the most valuable forest ecosystems on the territory of six municipalities in the SouthWestern Bulgaria.

Comments
Leave a comment

Overview

Status Contracted
Start date 23 Jun, 2020
End date 23 Jun, 2023
Contract date 23 Jun, 2020
View in UMIS

Financial information

Total cost 793,592.36
Grant 793,592.36
Self finance 0.00
Total paid 0.00
EU participation percent 85.0%

Location