Section 02
Esurfact is the materials-science engine behind the GloGreen ecosystem — a platform built to address documented challenges in global infrastructure:
corrosion-driven degradation of steel-reinforced concrete.
UHPNC (Ultra High Performance Nano Concrete) is not just another specialty concrete — it's a materials and automated manufacturing platform engineered for durability, precision forming, and long-term performance.
This is beyond traditional concrete.
This is a material system designed to support long-term infrastructure goals.
Section 03
Traditional concrete — the backbone of modern infrastructure — is facing documented challenges:
Industry reports indicate significant infrastructure showing signs of accelerated decay.
Infrastructure durability impacts long-term community resilience.
UHPNC is designed to address these challenges.
Section 04
UHPNC is designed with controlled microstructure and nano-scale enhancements, manufactured through factory-controlled production to support demanding environments:
UHPNC is designed specifically to support:
freeform architecture
disaster-resilient structures
coastal fortification
critical infrastructure
advanced fabrication tooling
long-span, lightweight forms
custom parametric fabrication
This material is designed to complement existing infrastructure practices, with factory-based automation enabling scalability and repeatability —
offering agencies and engineers additional tools for improved service life and predictable lifecycle economics.
Section 05
Architectural Freedom with Factory-Level Control
Esurfact develops UHPNC formulations, reinforcement strategies, and controlled casting workflows designed to support complex geometry and high-accuracy component fabrication. The breakthrough comes from aligning material science with factory-based automation, precision molds, and controlled curing environments:
We focus on precision-engineered fabrication rather than modular units.
When manufactured within the GloGreen Campus system, UHPNC components are designed to support automation-driven consistency, streamlined production workflows, and predictable quality.
This approach provides design flexibility, supported by rigorous material science.
Section 06
UHPNC is designed for performance in:
UHPNC is currently being developed with research alignment toward evaluation pathways including AREMA and ICC-ES (research phase), depending on application.
Section 07
Bridges, tunnels, seawalls, dams, ports, transportation systems.
Cultural buildings, housing, towers, parametric structures.
Impact-resistant civic structures, community shelters, emergency facilities.
Port upgrades, marine barriers, climate-adaptive design.
Composite molds, advanced tooling, precision matrices.
UHPNC applications are currently undergoing research evaluation and planned testing for structural and infrastructure uses.
Section 08
Potential for higher performance, faster timelines, and design freedom.
Potential for long-life infrastructure with lifecycle cost benefits.
Parametric geometry with extreme performance characteristics.
Structures designed to resist catastrophic forces.
Impact-resistant composites for high-risk zones.
Collaborative innovation for extreme performance standards.
Section 09
Advanced materials research for next-generation infrastructure
Materials for critical transportation and resilient development
Custom architecture with manufacturing-scale consistency
Esurfact is an advanced materials research and development company focused on ultra-high-performance nano concrete (UHPNC) and next-generation composite structural systems for infrastructure, transportation, and resilient development.
Our work addresses long-standing challenges in the built environment — including durability, lifecycle cost, material efficiency, and performance under extreme conditions.
Esurfact materials are being developed to support critical infrastructure, industrial facilities, transportation systems, and long-term public-benefit projects where reliability and longevity are essential.
Not Modular Systems: Esurfact's approach emphasizes precision-engineered fabrication, enabling consistent material performance while maintaining full architectural and structural design flexibility. We do not produce modular or prefabricated building systems.
Instead, our materials are intended to support custom architecture and infrastructure at manufacturing scale, adaptable to regional standards, site conditions, and programmatic needs.
GloGreen Partnership: Esurfact operates as the materials and structural innovation layer within the broader GloGreen ecosystem, supporting advanced manufacturing, automation-enabled construction processes, and scalable infrastructure deployment models.
Current Status: The company is currently in the research and development phase, with identified pathways toward engineering validation, regulatory alignment, and third-party certification for structural and transportation-related applications.
Esurfact actively engages with public agencies, research institutions, and implementation partners to advance pilot programs and applied testing.
"Esurfact's mission is to contribute durable, resilient, and efficient material solutions that support public infrastructure goals, economic development, and long-term community resilience."