Energy Infrastructure Solutions - for a Scalable Low-Carbon Future
From floating units to onshore terminals and manufacturing clusters — our smart containment solutions enable safe, efficient, and scalable storage of liquefied and cryogenic gases. Designed for large-volume applications, high-pressure environments, and space-constrained sites, our systems support the entire energy value chain as it transitions toward low-carbon operations.
Built for Critical Infrastructure
Our containment solutions are engineered to meet the operational demands of today’s most complex energy systems — including floating storage units, high-capacity terminals, and congested industrial sites.
Adaptable Across Regions and Regulations
Deployed in diverse environments across the globe, our systems adjust to local site constraints, national safety codes, and evolving energy frameworks — without compromising performance or scalability.
Scalable to Match Your Project Scope
From modular pilot installations to full-scale industrial rollouts, our solutions grow with your needs — helping reduce upfront integration costs while ensuring long-term infrastructure readiness.
Smart Design. Higher Value.
Our prismatic, pressure-rated containment technology enables greater storage density and operational flexibility — unlocking new efficiencies and enabling infrastructure owners to extract more value from every cubic meter.
Floating Solutions
Efficiency at Scale — Reliability Offshore
Floating installations like FSRUs, FLNGs, and CO₂ injection units operate in extreme environments — and require storage solutions that deliver capacity without compromise. LATTICE LPV tanks are engineered for high-pressure performance in confined hull spaces, making them ideal for offshore production and storage platforms.
- Maximize storage volume with fewer tanks
- Simplify topside design with integrated containment
- Withstand dynamic marine conditions with certified safety
- Reduce weight and complexity
- Suitable for LNG and LNH₃ liquefaction/regasification and CO₂ reinjection
Onshore Solutions
Facilitating Future Energy Hubs — Anywhere
Onshore terminals and industrial sites are under pressure to adapt quickly to growing volumes of liquefied gases and emerging fuels. Whether for LNG, ammonia, hydrogen, or captured CO₂, LATTICE helps you store more within existing footprints — optimizing storage, loading/unloading flow, and future scalability.
- Custom LPV configurations for terminal space constraints
- Support for continuous delivery and synchronized demand
- Designed for LNG, NH₃, LH₂, and CO₂ storage
- Reduced land use, permitting complexity, and construction costs
- Collaborations with EPCs, terminal operators, and site planners
Manufacturing
Decarbonizing Industry — Without Disruption
Industrial manufacturers are facing rising demands to cut emissions and adopt sustainable feedstocks — while keeping production lines running. LATTICE LPVs enable safe, compact storage of LCO₂ and energy carriers like LH₂ directly at emitter sites, without disrupting day-to-day operations.
- On-site storage of captured CO₂ for hard-to-abate industries
- Bulk LH₂ or LNH₃ storage for energy-intensive manufacturing
- Minimal footprint to integrate within dense industrial layouts
- Accelerate decarbonization while protecting throughput
- Trusted by chemical, steel, and energy producers across Europe
Insights & Innovations from the Front Lines of Energy Infrastructure
Discover how next-generation containment solutions are redefining what’s possible in energy infrastructure. From large-scale CO₂ storage to offshore floating solutions and hydrogen-ready terminals — explore the real-world projects, technologies, and strategies driving the global energy transition forward.
Real use cases. Deep dives. Expert perspectives — directly from the field.
Frequently Asked Questions About Containment Solutions for Energy Infrastructure
Our solutions are engineered for a wide range of cryogenic and liquefied gases, including:
- LNG (Liquefied Natural Gas)
- NH₃ (Ammonia)
- LH₂ (Liquid Hydrogen)
- LCO₂ (Liquefied Carbon Dioxide)
- LPG (Liquid Petroleum Gas)
How are your systems used in floating energy platforms?
In floating units such as FSRUs, FLNGs, or offshore carbon injection vessels, storage capacity directly impacts operational viability. Our containment systems are designed to maximize usable space within the hull, simplify topside integration, and reduce total system complexity — while withstanding demanding marine conditions.
Yes. Our containment systems can be configured for tight land-based layouts, making them ideal for terminals, industrial zones, and confined manufacturing sites. They support efficient storage, distribution, and synchronization with energy demand — even in space-constrained environments.
Absolutely. We provide containment solutions for storing liquefied CO₂ directly at the point of emission. These systems are particularly useful for hard-to-abate industries seeking to implement carbon capture and temporary on-site storage before transport or reinjection.
Yes. Scalability is a core design principle. Whether for floating installations or onshore terminals, our systems can be scaled to meet growing energy volumes and integrated with evolving technologies such as ammonia cracking, hydrogen liquefaction, or carbon capture.
All systems are developed in line with international codes and certifications, including ASME, US Coast Guard, and major Classification Societies. This ensures compliance with global safety and pressure containment standards across all applications.
Our systems are highly flexible — in shape, size, pressure rating, and integration method. Each solution is developed in close collaboration with engineering teams, site operators, and EPC contractors to meet project-specific technical, regulatory, and commercial requirements.