Resilient Coastlines - Resilient Nations
Blue Carbon Infrastructure
Integrating advanced materials science, coastal infrastructure & ocean-health
Where pressing challenges are met with a new generation of materials and systems.
Across the Arabian Gulf, Asia, and the world’s coastlines. Nations invest in infrastructure at unprecedented scale. To secure infrastructure, energy systems, and long-term resilience. But rising climate pressures, coastal exposure, and rapid urbanization redefine the risk landscape. Demanding a new class of infrastructure solutions.
VICON delivers that step change.
VICON Tech
Cutting Edge Advanced Materials Science
Vicon Eco-Tech delivers proprietary nano-particle activation technologies, built on over 2 decades of global science leadership.
XFactor for Strength | Durability | Performance.
Grounded in Local Reality
Reef Life Foundation and our partners develop regional Excellence Centers to enable local manufacturing, production, and technology transfer.
Supporting Saudi Vision 2030 and UAE Net-Zero 2050.
Oceanite Reef Systems restore marine eco-systems. Green & Blue Infrastructure Systems are integrated by VICON. Across global wind farms developments. From the North-Sea, to emerging Asian Off-shore Energy Hubs. Our advanced materials strengthen foundations, and extend asset life. For ports, logistics corridors and strategic defense systems. Integrating blue economy systems. To unlock new sovereign value.
From carbon and biodiversity markets, To resilient coastal communities, Tactical ports and mobile infrastructure, Protected deep sea cables, Shielded critical assets.
We welcome partners ready to build a more resilient world.
With us.
Our materials perform where others cannot.
SECURITY & DURABILITY IN EXTREME ENVIRONMENTS
Ultra-durable |
super -hydrophobic |
salinity-resistant |
freeze-thaw stable |
seismic and ballistic resilient |
military grade |
self-monitoring |
self-repair |
bio-compatible |
bio-compatible |
blue-carbon ready |
Ultra-durable | super -hydrophobic | salinity-resistant | freeze-thaw stable | seismic and ballistic resilient | military grade | self-monitoring | self-repair | bio-compatible | bio-compatible | blue-carbon ready |
Vicon Technology Portfolio
NOVEL NAN0 BINDER IP VAULT MULTI-SYSTEM CAPABILITIES
Nano-activated cements, coatings and sealant systems: nano-fibre-reinforced ultra-high-performance cements engineered for extreme environments - customized with continuous upgrades to new challenges and extreme environments.
Every product line follows the same value driver: engineering excellence and safety, environmental protection and safety, and a quantified cost avoided.
“We cannot predict today, what critical infrastructure will demand in coming decades, but we have the right capabilities the meet the challenge.”
Tech Specs
Overall technical specifications of the Vicon nano-activated cementitious matrices, coating and sealant platform.
17,000 PSI construction panels with advanced material properties
Smooth, marble-like surface textures, cast in intricate relief for premium design upgrades
Faraday Cage properties repel electromagnetic waves for safe data storage
Photocatalytic, surface- and air-cleaning capabilities
Self-healing materials
Multi-purpose binders and cements for ready-mixed plants and cement producers globally
Runway, bridge and road patches (45-minute set) and mortars — e.g. military helicopter pads, cast in place, land & leave
Nano-cement and photocatalytic cements; air-cleaning, self-cleaning materials and industrial coatings — eliminates emissions from absorbent surfaces, highways, industrial centers, stucco or wood
Air-cleaning sealers
Asphalt upgrades for 50–70-year durability
Micro-fine, flash-set, oil-well cements based on HP Cement, bagged for specific usages
Micro-fine cements, refractory binders
Marine eco-cements for coral reef repair, integrating reef debris and compatibility on nano-levels to increase carrying capacity of oceans with damaged or non-growth reef systems — patent in process
Cement for waste utilization, incorporating recycled glass and industrial by-products
What the materials are
Vicon is a nano-activated cementitious and composite materials platform: A Novel Nano Binder IP Vault Multi-System Capabilities — High Performance Cement (HP Cement Type A and Type B) with nano-scale activation and nano-fibre reinforcement — tuned across a strength range from 10 MPa controlled-low-strength fill to 150 MPa fibre concrete, and across a mineral-additive content from 10% to 90%.
From that platform Vicon derives ultra-high-performance concrete (17,000 PSI / ~117 MPa construction panels), ceramic and photocatalytic coatings, super-hydrophobic sealants, micro-fine flash-set and oil-well cements, refractory binders, TCLP-controlled and waste-stabilising binders, marine eco-cements (Oceanite) and basalt reinforcement mesh.
The portfolio holds 47 IP lines, is fully customizable by design, and rests on thirty years of nano-technology leadership with its technical head chairing nanotechnology work at the American Concrete Institute.
Why this is a technology leap, not an incremental improvement
Novel Nano Binder IP Vault Multi System Capabilities. Conventional practice uses a different cement and mix design for every application. Vicon's HP Cement family covers fill, shotcrete, architectural, high-performance and fibre concrete from the novel nano binder IP vault multi system capabilities, with the strength set by additive content rather than by clinker.
Nano-activation replaces clinker with performance. Nano-scale nucleation and particle packing allow up to 90% mineral additive — industrial by-products, phosphogypsum, glass, building rubble — while strength rises rather than falls. That is the mechanism behind the Green Cement figures: up to 65% less raw material, 50% less primary energy and up to 70% less CO₂.
Multifunctional matrix. The same material family carries functions that are normally separate products or trades: self-healing, super-hydrophobic surfaces, photocatalytic air- and self-cleaning, electromagnetic shielding (Faraday-cage panels for data centres and secure facilities), ballistic and seismic resistance, and bio-compatibility for reef growth.
Engineered for the environments where concrete fails. Ocean and salinity, desert round-sand aggregates, arctic freeze-thaw and wave-energy exposure are the design cases, not exceptions — the basis of the marine, coastal, port and offshore use cases.
Drop-in and local. The binders run in existing ready-mix plants and cement kilns; the Mass Manufacturing Hub model casts panels, reef modules and infrastructure elements from local resources and rubble, including as disaster-response resource centres.
Time as a product. 45-minute set patches for runways, bridges and roads, cast-in-place helicopter pads, mobile heavy-duty landing ramps and flash-set tactical ports turn material into readiness.
Design freedom. Marble-like relief surfaces and parametric modelling code (site-specific adaptation, reduced analysis cost) make the material an architectural product, not only a structural one.