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Up to a 30% savings in annual energy consumption with a 30% reduction in CO2 emissions
We are committed to energy preservation and environmental responsibility!
Floor Graphene Conductivity is a high-activity graphene-based additive that improves the thermal conductivity of concrete and self-leveling mortars.
This product has been designed by the R&D and application team of the Graphenano Group especially to satisfy a need that is increasingly present in the construction sector, and that is energy improvement and the search for energy efficiency.
How to use FloorGraphene?
Floor Graphene Conductivity has been designed to be dispensed directly into the truck spout to simplify and facilitate job site application. Floor Graphene Conductivity should always be shaken vigorously before use.
It should be mixed long enough to ensure complete homogenization of the product throughout the mass. Between 5 and 10 min. The recommended dosage is 1.5kg per m3 of concrete. These dosages are indicative, it is recommended to carry out previous tests to determine the optimum dosage for each intended application.
Properties and advantages
Floor Graphene Conductivity Properties
Advantages of Floor Graphene Conductivity over other alternatives
One of the most important variables for studying heating output is the thermal conductivity (k) of materials. The higher the thermal conductivity, the better heat conductor it will be and the more thermal energy it will be able to radiate.
Thermal conductivity values of different materials:
For the calculation of the energy cost, an annual scenario will be established in which the thermal installation will be kept on for 10 hours every day during the 6 months of autumn and winter (~1800 hours). We must take into account that for aerothermic thermal equipment the efficiency is around 300%, i.e. each electric kW translates into 3kW thermal (COP=3). The average cost per kWh in Spain in 2022 was 0.205 €/kWh1.
ANNUAL COST (€) = Heating power (kW)/COP – Consumption time (h) – Electricity cost (€/kWh) = 11.9 kW/3 – 1800 h – 0.205 €/kWh
Annual savings = 20% – 40%
Electricity consumption results in the emission of carbon dioxide into the atmosphere. The calculation of CO2 emissions is made taking into account the emissions generated by each of the energy sources used in the electricity mix. In 2022 the average emissions were 0.390 kg CO2/kWh2.
EMISSIONS (kg CO2) = Heating power (kW)/COP · Consumption time (h) · emissions electric mix (kg CO2/kWh) = 10,1 kW/3 · 1800 h · 0.390 kg CO2/kWh
Annual CO2 reduction= 20% – 40%
Up to a 30% savings in annual energy consumption with a 30% reduction in CO2 emissions
We are committed to energy preservation and environmental responsibility!
