CO2 absorbs part of the heat emitted by the earth into space and radiates it back to the earth. This is what is called the greenhouse effect.
Storms are coming
The warmer the oceans, the more water evaporates. The higher the air temperature, the more water the clouds absorb.
Heat waves and droughts, as well as heavy rainfall, may become more frequent and more severe as a result.
In North America, some regions are already suffering from soil loss due to drought – in California for instance. Hot, dry summers dry out the soil. Reservoirs hold less water, rivers dwindle to trickles, and there is a shortage of water. As a result, fields and forests burn.
Polar ice caps melt
Due to warming, the earth’s ice is melting. This is especially noticeable in the mountains and at the poles or in the North of Canada. At the South Pole, ice sheets break apart and drift northward as icebergs.
The sea level rises
As a result the sea level rises. Storm surges have an even more devastating effect due to the higher water level, soils become salinized. 30 of the 50 largest cities are located at the sea level.
Find below how we are committing to help mitigate those climate change consequences through our sustainable drainage products.
CLIMATE ALLIANCE Austria.
• We are a member of the largest communal climate protection network in Austria as well as of
• ÖGNI – Austrian Sustainable Building Council and
• DGNB – German Sustainable Building Council
The Climate Alliance is a global partnership to protect the climate, linking over 1,600 communities in 24 countries across Europe with indigenous peoples in South America.
The common goals are: Reducing greenhouse gas emissions and preservation of the Amazon rainforest.
Certifications: For our FILCOTEN ® HPC factory
• Introduction of environmental management (ISO 14001:2015)
• Introduction of energy management (ISO 50001:2011)
• Introduction of quality management (ISO 9001:2015).
With FILCOTEN® HPC, we are following a unique path of total transparency and have subjected the system to rigorous, independent environmental analysis. That takes the form of a Life Cycle Assessment (LCA) for phases A1-A4 in line with ISO 14040 & ISO 14044 or EN 15804 and using recognized indicators such as the Global Warming Potential (GWP), Cumulative Energy Expenditure (CEE) and Abiotic Resource Use (ARU)
At BG-Graspointner, we do our best to be as transparent as we can to show you in what way we offer sustainable trench drain solutions. We place our products’ life cycle assessment results at your disposal for you to be able to comply with your project product selection. All our LCAs are analyzed and verified by the ECODESIGN company and ESU-services.
A comparison of drainage channels made of FILCOTEN® HPC and conventional concrete yields two winners: On the one hand is FILCOTEN® HPC and on the other – the environment. Because, as the example calculation shows, the use of BG-FILCOTEN channels significantly reduces CO2 emissions. This gives the term „win-win situation“ a completely new, global meaning.
CO₂ equivalents (CO₂e) = unit of measurement of climate impact in terms of global warming potential.
For 500 meters of FILCOTEN® HPC trench drains compared to traditional concrete trench drains, the savings in CO2 generated emissions corresponds to a car traveling approx. 18 700 km or a 40-ton truck traveling approx. 4 500 km.
To convert 4,500 kg of CO2 in one day, some 160 hectares of forest (approx. 223 football pitches) are needed. (source: https://www.baysf.de/de/wald-verstehen/wald-kohlendioxid.html)
Across all age categories, one hectare of forest converts around 13 tonnes of CO2 per year. A beech tree binds 12.5 kg of greenhouse gas per year.
Most of our products are made of mineral raw materials or metal. They are therefore 100% recyclable and can be assigned to quality class U-A according to the certification by the Salzburg Institute for Construction Engineering Research (bvfs), a state accredited test and research facility for building constructions and building materials.
Environmental data sheet – FCT_tec, tec-mini_V-E_100-200
Environmental data sheet – FCT_pro_G-V-E_100-400
Environmental data sheet – FCT_one_150-200
Environmental data sheet – FCT_pro_mini_G-V-E_100-300
Environmental data sheet – FCT_parkline_150_300
Environmental data sheet – FCT_light, light-mini_100-150
Environmental data sheet – FCT_step_spot_spot-p