SAFEVENT SIGNED

Project "SAFEVENT" data sheet

The following table provides information about the project.

 Partnership

Take a look of project's partnership.

Map

 Project objective

The overall goal of the project is to finalize and commercialize a highly innovative, pre-insulated HVAC duct system based on mineral wool for the land & marine construction sectors. The product caters for key unmet needs of its users, by being sustainable AND safe: steel-free, made from “green” raw materials yet showing all the required fire-resistance and insulating properties. Climate Recovery Ind AB was founded in 2009 in Kalmar, Sweden. Our first commercial product – a pre-insulated duct system based on glass wool - is taking European markets by storm. Launch of the new duct system is a logical step of expansion to unpenetrated so far sector of marine constructions and as such fully aligned with company’s business strategy. With more diverse portfolio Climate Recovery will capitalize on its innovations and continue to experience a long time average growth. The targeted users of the new duct system are installers of HVAC and insulation, who will work with it; distributors & outlicensing partners, who will manufacture and sell it and owners/planners who will commission it. The novelty of Climate Recovery’s approach lies in placing sustainable raw materials, like mineral wool, at the heart of its proprietary technological platform and exploiting their unique properties in development of novel HVAC duct systems. Unique combination of features: robustness of metallic ductwork, fire-resistance, silencing, insulating properties and lightweightness, will secure the marketability of our ducts & fittings. For all these reasons the new duct system bears the potential to disrupt the HVAC sector and strengthen Climate Recovery’s market presence. The project carries a considerable EU-added value because using our products for air circulation in buildings will reduce their environmental impact and increase the durability and recyclability of their components. Moreover, outstanding fire resistance performance of our system will lead to constructions more fire-resilient.