Why Sleena
Sleena Tech
Sleena is a revolutionary and innovative solution that aims to increase the sector’s productivity
Reduce the carbon emissions of the construction process, reduce the dependence on labor and facilitate accessibility to housing.
The construction industry is one of the largest sectors of the world economy, with about $10 trillion spent on goods and services every year. However, the sector’s environmental and social impacts reveal worrying indicators.
Productivity of the construction industry grew only 1% per year, on average.
The construction industry is one of the largest sectors of the world economy, with about $10 trillion spent on goods and services every year. However, the sector’s environmental and social impacts reveal worrying indicators.
The productivity growth of the construction sector in the last twenty years has been deplorable, especially when compared to other sectors. Construction grew only 1% per year on average, while the manufacturing industry’s average was 3.6%. This accumulated difference in twenty years is massive and reveals, besides the obvious economic losses, a lack of capacity to evolve and adapt.
The Sleena system consists of prefabricated modular components, industrially produced on autonomous and highly efficient production lines, which allow the assembly of exterior walls and vertical structural elements.
Sleena house was created by a multi-skilled engineering and architecture team, whose deep knowledge of the sector, and solid skills in production and technological development for construction produced an advanced building production system – innovative, modular, flexible and highly efficient.
The system’s architecture allows the creation of contemporary buildings, with clean lines and in accordance with “genius loci”.
40% of all final energy consumed is used for building heating and cooling.
Productivity and sustainability
CARBOON FOOTPRINT
CONSTRUCTION COST
SITE PRODUCTIVITY
• 60% less dependent on traditional on-site labor.
• Reduction of heavy machinery on-site by 40%.
• Reduction of potable water use.
• Reduction of materials transportation to the worksite.
• Lower probability of construction errors and building pathology occurrence.
• Reduction of construction waste and leftover materials.
• Materials with low carbon footprint.
• High quality buildings with extended lifespan.
• Energy-efficient buildings with lower heating and cooling costs.
• Reduction in corrective maintenance needs.
• Compliant with PassiveHaus construction standards.
