Product · HVAC & Energy
Product · InnDex 45 · Evidence provided · High specification risk
Factory-integrated non-metallic composite HVAC ductwork designed to reduce embodied carbon versus traditional steel systems.
EcoDuct replaces assembled galvanised steel duct, separate insulation wrap, and metal hangers with a pre-insulated composite duct in standard profiles (circular, flat oval, rectangular). It addresses embodied carbon intensity in HVAC systems—a growing concern in retrofit and new-build compliance. The non-metallic composite integrates thermal performance at manufacture, reducing on-site labour and material waste.
EcoDuct replaces the assembled galvanised steel duct, separate insulation wrap and metal hanger system with a pre-insulated non-metallic composite duct in standard profiles, integrating thermal performance at manufacture and reducing on-site assembly labour. The embodied carbon argument is the primary commercial proposition, and UK manufacture supports local carbon footprint claims. One piece of evidence exists but the record does not characterise its depth — what is missing is independently verified lifecycle assessment data or third-party carbon certification that would anchor the reduction claim in a number a specification can defend. The fire performance question is the most significant constraint in AEC practice: non-metallic composites may not match galvanised steel fire ratings, potentially requiring additional barrier detailing in certain building types, and this is a high-severity design decision that needs explicit fire engineer input before specification. Long-term performance data — thermal expansion behaviour across a 20-year service life, repair and modification pathways, end-of-life recyclability — is not yet independently validated for this material class. Compatibility with existing HVAC terminal equipment and fittings, and the cost premium relative to traditional steel ductwork in constrained-budget projects, are also open questions. Credible direction for embodied carbon reduction in HVAC; needs a robust fire engineering assessment and third-party carbon data before it lands in a live specification.
UKGBC listing is credible institutional endorsement but not independent LCA audit. Headline claims (75% embodied carbon, 45% operational energy, 22% cost saving) rest on case study and cost analysis, not published Environmental Product Declaration or peer-reviewed lifecycle assessment. Nike Bromley and RLB studies exist but are not publicly available in full. No evidence of fire rating, durability testing under HVAC conditions, or long-term field performance data in open literature. Composite material durability in high-humidity or thermal-cycling environments unclear. Manufacturing location (UK) is substantiated; performance claims are partially substantiated.
#embodied_carbon #hvac_ductwork #retrofit #non-metallic_composite #pre-insulated #uk_manufactured