A sustainable shower with
an integrated WWHR module
The Blue
How the Blue works
Traditionally, your shower water goes directly into the drain. This water is still warm and a lot of energy is wasted this way. The Blue collects the hot water in the drain and pumps it to the Waste Water Heat Recovery (WWHR) module. The module uses the heat of the wastewater to preheat the cold water. This results in a lower demand for hot water. The WWHR efficiency can reach up to 74.8%.
Easy operation
The Blue is easy to use. It has a knob to control the temperature and a knob to turn the shower on and off. This knob is also used to select the main shower or the hand shower.
The savings
Since the Blue uses less hot water you can save up to 50% on your energy usage for showering. By reducing the energy consumption, the CO2 emission will drop considerably.
The Blue is available in two versions. The standard version and the HE version.
Blue
Energy usage
Savings: 727 kWh
CO2 emission
Savings: 247 kg
WWHR efficiency: 61,8%
Blue HE
Energy usage
Savings: 880 kWh
CO2 emission
Savings: 299 kg
WWHR efficiency: 74,8%
The savings per year are based on 9 minutes of showering per person per day, an average household of 2.23 persons, a flow of 7.5 liters per minute from the shower head and a coefficient of performance of 1.
Take a look at the benefits of the Blue in your sector
How the Blue works
Traditionally, your shower water goes directly into the drain. This water is still warm and a lot of energy is wasted this way. The Blue collects the hot water in the drain and pumps it to the Waste Water Heat Recovery (WWHR) module. The module uses the heat of the wastewater to preheat the cold water. This results in a lower demand for hot water. The WWHR efficiency can reach up to 74.8%.
Easy operation
The Blue is easy to use. It has a knob to control the temperature and a knob to turn the shower on and off. This knob is also used to select the main shower or the hand shower.
The savings
The Blue is available in two different types of versions. The standard version and the HE version.
Blue
Energy usage
Savings: 727 kWh
CO2 emission
Savings: 247 kg
WWHR efficiency: 61,8%
Blue HE
Energy usage
Savings: 880 kWh
CO2 emission
Savings: 299 kg
WWHR efficiency: 74,8%
The savings per year are based on 9 minutes of showering per person per day, an average household of 2.23 persons, a flow of 7.5 liters per minute from the shower head and a coefficient of performance of 1.
Take a look at the benefits of the Blue in your sector
New construction project
Public Housing
Prefab housing
Hotels
Other projects
How the Blue works
Traditionally, your shower water goes directly into the drain. This water is still warm and a lot of energy is wasted this way. The Blue collects the hot water in the drain and pumps it to the Waste Water Heat Recovery (WWHR) module. The module uses the heat of the wastewater to preheat the cold water. This results in a lower demand for hot water. The WWHR efficiency can reach up to 74.8%.
Easy operation
The Blue is easy to use. It has a knob to control the temperature and a knob to turn the shower on and off. This knob is also used to select the main shower or the hand shower.
The savings
The Blue is available in two different types of versions. The standard version and the HE version.
Blue
Energy usage
Savings: 727 kWh
CO2 emission
Savings: 727 kWh
WWHR efficiency: 61,8%
Blue HE
Energy usage
Savings: 880 kWh
CO2 emission
Savings: 299 kWh
WWHR efficiency: 74,8%
The savings are based on 9 minutes of shower per person per day, an average household of 2.23 persons, a flow of 7.5 liters per minute from the shower head and a coefficient of performance of 1.
