High-Performance Building Systems
BP2 RIPS Building Systems
Blue Planet Building Panels (BP2) manufactures RIPS — a Reinforced Insulated Panel System in the SCIP family of structural concrete insulated panels. The panels are code-compliant for IRC and IBC work, designed to ACI 318, and used as a fire-resistant concrete alternative to wood framing for walls, roofs, and floors.
Code-compliant structural panels that deliver a high-performance building platform — full structural capability, exceptional thermal mass, and the foundation for lower-energy, resilient buildings.
Fully Code Compliant
Meets IRC and IBC requirements. Designed to ACI 318. No special Engineering Report required in typical applications.
Full Structural Capability
Engineered for walls, roofs, and floors — a complete structural system rather than a wall-only solution.
High-Mass Airtight Envelope
Isolated concrete shells deliver significant thermal mass and near-zero air infiltration — the foundation of a high-performance platform.
Built for performance and resilience
Non-Combustible
Concrete shells on all sides. Strong advantages for mid-rise and mixed-use projects.
Thermal Insulation
Foam core + isolated mass deliver strong thermal performance and reduced peak loads.
Sound Insulation
Standard residential walls typically rate STC 33–36. BP2 panels deliver STC 50 as standard — already well above conventional construction. STC 58 (suitable for party walls and secure conference rooms) is readily achievable by adding approximately 2 inches of concrete to the skin.
Extreme Durability
Engineered to resist hurricanes, earthquakes, fire, floods, mold, and pests.
Faster Construction
Panelized installation is typically 30–50% faster than traditional methods.
More than panels — a high-performance building platform
RIPS creates an airtight, high-mass envelope that changes how a building behaves thermally. Peak loads are buffered. Mechanical systems can be right-sized. The structure itself becomes a thermal battery.
Where RIPS delivers
Evaluate RIPS for your next project
Architects and engineers — contact us to discuss structural performance, code path, envelope behavior, and integration opportunities.