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Strategic Infrastructure Proposal

Passive Engineered
Protection
For Fuel Storage
Tanks

Multi-layer risk reduction for critical energy infrastructure. No hot work. No shutdown. UAE-licensed contractor.

No Hot Work Required
No Tank Shutdown
UAE Licensed
Fast Deployment 4–6 Weeks
Request Site Assessment View Solution
Scroll to Explore
3000+
Tanks Serviced
4–6
Weeks Single Tank
0
Hot Work Required
25%
Cost Saving — Group Deploy
Risk Assessment

The Vulnerability

Conventional storage tanks leave critical upper-zone equipment exposed. Even minor incidents trigger operational shutdowns and fire escalation risks.

01
Roof Equipment Exposure
Critical components — valves, measuring nodes, ventilation systems, access hatches — remain exposed to upper-zone impact scenarios, creating single points of failure.
02
Operational Disruption
Damage to roof-level instrumentation and safety systems can trigger immediate operational shutdowns, affecting inventory management, regulatory compliance, and supply continuity.
03
Fire Escalation Risk
Compromised roof structures lead to rapid fire escalation, vapor release, and potential domino effects across tank farm configurations with catastrophic consequences.
04
Aerial Impact Threat Vectors
Class M threats (5–15 kg, 25–40 m/s) and Class H threats (up to 30 kg, up to 50 m/s) access tanks from above. The system absorbs and redistributes impact energy — it does not act as a rigid wall.
INDUSTRY DATA: Atmospheric storage tank fires, while rare, can have catastrophic consequences. Environmental and aerial factors initiate 38% of accidents. — Journal of Failure Analysis and Prevention, 2020
✓
No Hot Work
✓
No Tank Shutdown
✓
No Load on Tank
✓
Bolt-Assembly Only
✓
Fast Deployment
Engineering Solution

Our Solution

A passive multi-layer protection system — fully independent from the tank, installed without hot work or shutdown.

DOME RING 1 RING 2 RING 3 RING 4 19.5 M
01
Independent External Structure
Steel columns on separate reinforced concrete foundations — no primary load transfer to tank shell or roof. Preserves original structural integrity and tank warranty.
02
Multi-Level Ring Beam System
Horizontal ring beams and diagonal bracing at 4 levels create a rigid structural cage around the tank perimeter, distributing loads to independent foundations.
03
Lightweight Dome Coverage
Upper support ring with segmented dome geometry and top mesh barrier provides comprehensive upper-zone protection for roof-mounted equipment.
04
Vertical Perimeter Shielding
High-strength steel mesh extending from foundation to upper ring creates a continuous protective envelope. Double-layer option available for enhanced mitigation.
05
Modular Bolt Assembly
Bolt-oriented connections throughout eliminate site welding — critical for hazardous area deployment. Prefabricated components enable fast installation with standard equipment.
Operating Principles

How The System Works

Engineering principles of impact mitigation — a passive multi-layer barrier that operates without power, sensors, or human intervention.

STEP 01
Direct Exposure Reduction
Multi-layer barrier creates protective separation between external threats and critical tank zones. Dome and vertical mesh intercept impacts before reaching roof equipment.
STEP 02
Energy Dissipation
Structural geometry and mesh barriers disrupt and dissipate impact energy through controlled deformation across the independent support framework.
STEP 03
Damage Probability Reduction
Layered protection architecture eliminates single points of failure. Multiple defensive layers ensure tank shell, roof systems, and critical equipment remain protected.
STEP 04
Fire-Risk Resilience
Protective separation shields tank roof zones from external heat sources and prevents direct flame impingement on critical surfaces, supporting operational continuity.
Passive Advantage
Unlike active systems requiring power, sensors, and human intervention, this passive engineered solution operates continuously without external energy inputs, maintenance-intensive components, or operational complexity.
Load Path Design
External forces transfer from mesh barriers → ring beams → columns → independent foundations. The tank structure is completely bypassed — experiencing only incidental aerodynamic effects.
Scalability

Deployment Scenarios

From a single pilot tank to full tank farm coverage — scalable architecture with proven rollout methodology.

Configuration 01
Single Tank — Suspended Dome
Dome-based system with supports offset 2.5–3.0 m from tank. Mesh operates in controlled deformation mode. Secondary cable system stabilizes dome. No load transfer to tank roof — impact absorbed before reaching structure.
Timeline: 4–6 weeks
Configuration 02
Square Cluster — 4 Tanks
Perimeter suspended system covering four tanks under unified protection. Adaptable with or without internal supports. Distributed load behaviour. 15–25% cost reduction versus four independent systems.
Timeline: 3–6 months
Configuration 03
Linear Row — Portal-Cable
Modular portal-cable architecture for tanks in a row. Scalable to any length. Reinforced end zones. The longer the row, the lower the per-tank cost — most efficient configuration for large tank farms.
Cost saving: 15–25%
Engagement Framework

Proposed Path Forward

From initial assessment to full deployment — clear decision gates at every stage.

1
Site Review
2–4 wks
2
Asset Screening
1–2 wks
3
Concept Adaptation
4–6 wks
4
Engineering Package
6–8 wks
5
Pilot Installation
4–6 wks
6
Scale-Up Roadmap
Ongoing
Engineering Methodology

Structured.
Stage-Based.
Cost-Efficient.

We apply a five-stage engineering methodology — from concept feasibility to site installation. Detailed design is commissioned after project approval, ensuring cost efficiency and accurate, site-specific engineering.

01Concept & Feasibility
02Basic Engineering
03Detailed Design — Post-Approval
04Site Investigation
05Execution & Installation
View Full Engineering Approach
Engineering blueprint — passive tank protection system
Structural Concept — 10,000 m³ Reference Tank
Technical Leadership

Team Competence

Our team brings deep sectoral expertise from Russia's largest oil and gas operators — combined with UAE-licensed execution capability for the Gulf market.

Pavel Matyunin
Technical Concept Lead — Project & Solution Owner
Gazprom
Lukoil
Gazprom Neft
Tatneft
Surgutneftegas
Border Energy Sites
3,000+ Tanks Serviced
Light and dark petroleum products, crude oil, refined products, and specialty fuels across diverse operational environments.
UAE Licensed Entity
ECOCENTER Technical Services LLC — licensed for structural steel erection, electromechanical installation, and industrial installation activities.
Critical Nodes Understanding
Deep practical knowledge of tank vulnerabilities, roof zones, valves, and measuring nodes — enabling protection that doesn't interfere with tank operation.
HSE Certified Workforce
All personnel trained for hazardous production facilities, complying with international HSE standards for explosive and fire-hazardous environments.
عرض استراتيجي للبنية التحتية

الحماية الهندسية السلبية
لخزانات الوقود

نقدم نظام حماية متعدد الطبقات للخزانات، مصمم لتقليل مخاطر الأضرار والحرائق وتعطل التشغيل في منشآت تخزين الوقود الحيوية.

يُنفَّذ النظام دون أعمال سخنة، ودون توقف التشغيل، باستخدام هياكل فولاذية مستقلة وشبكات حماية وطلاءات عاكسة للحرارة.

طلب تقييم الموقع
المميزات الرئيسية
بدون أعمال لحام أو قطع — آمن بالكامل للمناطق الخطرة
بدون إيقاف تشغيل الخزان — الإنتاج مستمر أثناء التركيب
تركيب سريع من 4 إلى 6 أسابيع للخزان الواحد
هيكل مستقل — لا يُضاف حمل على جدار الخزان
قابل للتوسع من خزان واحد إلى منشأة كاملة
شركة مرخصة في الإمارات — قيد التسجيل
Request Assessment

Start With a Pilot

A confidential site assessment is the first step. We propose pilot implementation on a single tank to evaluate performance before broader deployment.

ECOCENTER Technical Services
UAE Entity — Registration in Progress
CONTACT
Pavel Matyunin
Technical Concept Lead
LinkedIn Profile →
PHONE
+971 552 281 140
EMAIL
info@fueltankprotect.com
REGION
UAE · Kuwait · Bahrain
Gulf Region
PILOT
Single tank implementation available.
Assessment under full confidentiality.
The objective is not theoretical protection.
The objective is practical reduction of asset vulnerability through a disciplined, locally executable, passive engineering solution.
Request Confidential Assessment
Barrier Technology

Aerial & Aquatic
Protection Mesh

The chainmail mesh at the core of our system is not standard industrial wire — it is a certified high-strength barrier material with over 5,000 kJ impact absorption capacity and a 50-year service life.

AERIAL PROTECTION
Chainmail mesh specification — passive tank protection
Chainmail Dome & Perimeter
6-contact ring weave intercepts and dissipates aerial impact energy before it reaches the tank roof or critical equipment. Safety margin ~400× versus Threat Class B.
>5,000
kJ Absorbed
>100
kN Ring Load
50
Year Life
AQUATIC PROTECTION
Boom barrier aquatic protection system for terminals and offshore
Boom Net Barrier System
Dual-layer floating boom with submerged mesh panel protects port terminals, offshore platforms, and waterfront tank farms from surface and subsurface threats. Rapid deployment, modular configuration.
DUAL
Layer Barrier
RAPID
Deploy
50yr
Certified
Certified:
Corderie Dor (FR)
RF Patents ×3
GOST R
Live Impact Tests — European Certified Mesh
Test 1 — Dynamic Load · IGOR srl, Trento 2002
Test 2 — Energy Absorption · Barrier System
Certificat d'Essai
Corderie Dor — Certificat d'Essai — Ring ASM 420mm — 45T rupture
Corderie Dor · Chassieu, France
Ring ASM Ø420mm · Result: 45T WITH RUPTURE
DYNAFOR 100T E87A1 · 2004
Made in Europe. Mesh manufactured and certified in Europe. Testing performed by Corderie Dor, France. RF Patents ×3 registered. GOST R certified.
Full Technical Overview →
Technology Partner

Integrated Coating
Protection Layer

Our structural protection system integrates with BRONYA ultrathin thermal and fire-protective coatings — adding a chemical barrier layer to the mechanical barrier of the steel framework.

Why Bronya on Fuel Storage Tanks
Fire Resistance 45-120 Minutes
Bronya Fire Protection swells under heat, forming an insulating foam layer that blocks heat transfer and oxygen — slowing fire spread to tank shell for 45 to 120 minutes.
Thermal Signature Reduction
In Gulf climate, uninsulated steel tanks heat to over 80C. Bronya reduces surface temperature cutting evaporation losses by 30-40% and reducing thermal visibility.
Anti-Corrosion 15+ Year Life
Bronya Antikor provides ISO 12944-compliant corrosion protection. Applied by spraying — no hot work, no abrasive blasting, no tank shutdown required.
Applied Like Paint — No Hot Work
Liquid ceramic applied by airless spray. Works at -60C to +260C. Covers complex geometry. Full tank insulation completed in days without operational downtime.
Learn About Bronya for Tanks →
Two-Layer Protection System
L1
Mechanical Barrier
Steel framework + dome + mesh network
COMBINED WITH
L2
Chemical Barrier — BRONYA
Thermal + fire protection + anti-corrosion
= RESULT
Full-Spectrum Passive Protection
Mechanical + thermal + fire + corrosion — four independent risk reduction layers
Technology Partner — UAE
BRONYA coatings supplied in UAE by PR EAST, Al Hamra Industrial Zone, Ras Al Khaimah. Official UAE dealer since 2012.
bronya-uae.ae →
FAQ

Frequently Asked Questions

Technical and commercial questions from engineers and procurement teams across the Gulf.

Can the system be installed without shutting down the tank?
Yes. All work is bolt-based with no hot work, no welding, no cutting. The tank continues normal operation throughout the entire installation process, eliminating production losses and inventory displacement costs.
How long does installation take for a single 10,000 m3 tank?
Typical installation timeline is 4 to 6 weeks, including foundation works, column erection, ring beam installation, dome assembly, and mesh installation. Timeline varies based on site conditions and access.
Does the structure transfer any load to the tank shell or roof?
No. The protection system is entirely independent. Steel columns stand on separate reinforced concrete foundations with no structural connection to the tank. External forces transfer through the cage framework directly to independent foundations, completely bypassing the tank structure.
Is hot work required during installation?
No hot work is required. All connections are bolt-based using prefabricated components. Critical for deployment in hazardous classified zones where hot work permits create significant delays and safety risks.
Can the system scale to protect multiple tanks or a full tank farm?
Yes. The system scales from a single pilot tank to full tank farm deployment. Adjacent tanks can share structural elements, reducing per-tank costs by 15-25% and accelerating deployment by 20-30%.
Does the system allow access to roof equipment for maintenance?
Yes. The design preserves full access to tank roof equipment, instrumentation, and safety systems. Existing ladders, platforms, and handrails remain accessible. Routine maintenance can be performed without removing the protection system.
What is the indicative cost for a single tank system?
Cost varies based on tank geometry, site conditions, and selected protection level. Detailed cost analysis is provided during the technical assessment phase. We recommend a pilot-first model to reduce initial capital exposure.
Which regions do you serve?
We serve the Gulf region including UAE, Kuwait, Bahrain, Saudi Arabia, Qatar, and Oman. Primary focus is UAE where we are establishing a locally licensed entity.
ما هي المدة اللازمة لتركيب النظام؟
يستغرق التركيب من 4 إلى 6 أسابيع. لا يتطلب النظام أي أعمال سخنة أو إيقاف تشغيل الخزان.
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