172 structures have been implemented at 35 facilities.
172 structures have been implemented at 35 facilities.
172 structures have been implemented at 35 facilities.
From site assessment to final acceptance, we deliver a complete solution with proven engineering and execution experience.
From site assessment to final acceptance, we deliver a complete solution with proven engineering and execution experience.
From site assessment to final acceptance, we deliver a complete solution with proven engineering and execution experience.
Project Implementation Sequence
Project Implementation Sequence
Project Implementation Sequence
STEP 01
STEP 01
3D scanning of the facility
3D scanning of the facility
3D scanning of the facility
STEP 02
STEP 02
Installation of the actual model
Installation of the actual model
Installation of the actual model
STEP 03
STEP 03
Development of design documentation and installation drawings
Development of design documentation and installation drawings
Development of design documentation and installation drawings
STEP 04
STEP 04
Product manufacturing
Product manufacturing
Product manufacturing
STEP 05
STEP 05
Delivery to site
Delivery to site
Delivery to site
STEP 06
STEP 06
Installation of adjustable supports and the bottom reinforced ring
Installation of adjustable supports and the bottom reinforced ring
Installation of adjustable supports and the bottom reinforced ring
STEP 07
STEP 07
Installation of vertical supports
Installation of vertical supports
Installation of vertical supports
STEP 08
STEP 08
Installation of the top reinforced ring
Installation of the top reinforced ring
Installation of the top reinforced ring
STEP 09
STEP 09
Installation of the side and top rope-and-mesh system, including the side quick-release system
Installation of the side and top rope-and-mesh system, including the side quick-release system
Installation of the side and top rope-and-mesh system, including the side quick-release system
STEP 10
STEP 10
STEP 10
Installation of the grounding system and final acceptance of the protective structure
Installation of the grounding system and final acceptance of the protective structure
Installation of the grounding system and final acceptance of the protective structure
ABOUT US
Global Experience
in the Development of Passive Protection
Global Experience
in the Development of Passive Protection
The need for protection against drones has become a global priority for the energy, industrial and infrastructure sectors. Over the past decade, operators around the world have gained significant experience in implementing various passive protection solutions adapted to different types of facilities and threat levels.
The need for protection against drones has become a global priority for the energy, industrial and infrastructure sectors. Over the past decade, operators around the world have gained significant experience in implementing various passive protection solutions adapted to different types of facilities and threat levels.
GLOBAL IMPLEMENTION
Oil and gas facilities and strategic assets
North America
Refineries and petrochemical facilities
Europe
Critical infrastructure and energy facilities
Middle East
Critical infrastructure and energy facilities
Oil and gas facilities and strategic assets
Asia-Pacific
Industrial facilities and ports
Asia-Pacific
Industrial facilities and ports
Oil and gas facilities and strategic assets
North America
Refineries and petrochemical facilities
Europe
Critical infrastructure and energy facilities
Middle East
Critical infrastructure and energy facilities
Oil and gas facilities and strategic assets
Asia-Pacific
Industrial facilities and ports
Asia-Pacific
Industrial facilities and ports
Oil and gas facilities and strategic assets
North America
Refineries and petrochemical facilities
Europe
Critical infrastructure and energy facilities
Middle East
Critical infrastructure and energy facilities
Oil and gas facilities and strategic assets
Asia-Pacific
Industrial facilities and ports
Asia-Pacific
Industrial facilities and ports
Evolution of Passive
Protection Solutions
Evolution of Passive
Protection Solutions
International experience demonstrates the consistent development of passive protection solutions for facilities against drones —
from rapidly deployable temporary measures to full-scale engineering systems that ensure a high level of safety and long-term reliability.
International experience demonstrates the consistent development of passive protection solutions for facilities against drones — from rapidly deployable temporary measures to full-scale engineering systems that ensure a high level of safety and long-term reliability.
International experience demonstrates the consistent development of passive protection solutions for facilities against drones — from rapidly deployable temporary measures to full-scale engineering systems that ensure a high level of safety and long-term reliability.
1
Stage 1. 2022-2023
At the initial stage, rapidly deployable solutions were used in different countries, including guyed structures and systems partially relying on the protected facility itself. Practical experience showed that such approaches had significant limitations:
Insufficient distance between the protective
structure and the asset itself;
Insufficient distance between the protective structure and the asset itself;
Inadequate frame reliability when impacted by fixed-wing drones;
Inadequate frame reliability when impacted by fixed-wing drones;
High risk of blast-wave effects directly affecting the protected asset.
High risk of blast-wave effects directly affecting the protected asset.
2
Improved Solutions
Stage 2. 2023-2024
The next stage was the transition to more reliable solutions with a self-supporting load-bearing frame. This was a significant step forward. However, in some cases important limitations remained:
Insufficient distance between the protective structure and the asset;
Insufficient distance between the protective structure and the asset;
Limited structural resistance under impact from larger drones;
Limited structural resistance under impact from larger drones;
Need for further strengthening of the main frame and protective barrier.
Need for further strengthening of the main frame and protective barrier.
3
Full-Scale Engineering Solutions
Stage 3. 2025-Present
Further practical experience confirmed that simplified or temporary solutions do not provide the required level of protection for critical facilities. As a result, leading international companies in the energy and industrial sectors concluded that real protection can only be ensured by full-scale, reliable and practically validated engineering solutions:
Self-supporting and reliable frame;
Self-supporting and reliable frame;
Multilayer protective barriers;
Multilayer protective barriers;
Sufficient distance between the potential impact zone and the asset;
Sufficient distance between the potential impact zone and the asset;
Proven effectiveness at real facilities.
Proven effectiveness at real facilities.
