Enduce E1

Maximum energy savings. Minimum effort.

A new standard.

As an energy and HVAC consultant or designer, you play a crucial role in creating more energy-efficient and sustainable buildings. Our patented floor drain can be a central part of this equation. 

By recovering up to 75% of energy during showering, our solution offers significant energy and resource savings. Let's work together to create the future energy-efficient buildings.

Everything for project planning

We have gathered all the necessary documentation for easy design and implementation of Enduce E1 in your project.

Environmental and sustainability documentation:

  • EPD and LCA reports
  • Construction product declaration (eBVD)

Technical documentation and design support:

  • BIM object (MagiCAD)
  • Installation and operating instructions
  • Test reports (RISE)
  • Templates for prescription
  • Product sheet and brochure
  • FAQ

Learn more at our webinars

Register for our next webinar and get a deeper understanding of Enduce E1. We offer several different webinars tailored for e.g. property owners, technical consultants and installers. A warm welcome! 

common questions

The installation of the Enduce energy recovery floor drain leads to a significant reduction of energy consumption during the operational phase (EPD module B1).
Series production and assembly take place mainly in Sweden. The product consists largely of recycled material. The brass is lead-free.
Enduce E1 meets the requirements of the Swedish National Board of Housing, Building and Planning. To date, the technology has been used over 15,000 times.
There are no regulations that prevent energy efficient technologies at the application level in showers.
How you design the shower area and where you position the shower room ventilation are important factors that influence how energy efficient and comfortable the shower experience will be.
According to independent studies, recovering hot water energy at the application level directly in the shower area is the most efficient way to recover hot water energy that would otherwise be lost.