#par-2751
#par-2741

 

 

AGC Glass Europe, as an energy intensive industry, is subject to the European Emission Trading System. This legal framework requires a close monitoring of CO2 emissions from our direct operations on a monthly and annual basis. This includes the CO2 emissions linked to the energy consumption and chemical reactions during production.

In addition, we monitor the total carbon footprint of AGC Glass Europe’s operations following the GHG Protocol guidelines. In this case, the CO2 sources comprise all direct and indirect emissions and so cover a much broader scope than the monthly monitoring, including scope 1 (direct emissions occurring at AGC Glass Europe sites), scope 2 (emissions from electricity production) and scope 3 emissions (upstream and downstream activities along the value chain) . This includes among things travel by our staff, glass transport to customers and all other sources of CO2, from extraction of natural resources to the end-of-life stage of the products. 

AGC’s first Carbon Footprint calculation was performed in 2009 and is repeated every three years. The assessment shows that the CO2 emissions of the whole value chain have been kept the same even in the difficult economic context of the recent years.

#par-2746
Sustainability - Carbon footprint - scopes
#par-5476
#par-5471

Considering the scope above mentioned, AGC Glass Europe is responsible (directly and indirectly) of 3,800,000 tonnes CO2 equivalent per year (reference year 2017). 

Results show that emissions from Scope 1 (direct emissions from flat glass production) account for half of the total emissions. The remaining footprint is related to the generation of electricity in different countries (Scope 2) as well as the production and transport of the raw materials and extraction and transport of fossil fuels up to our sites (Scope 3) which are needed to manufacture AGC glass.

 

#par-2761
#par-2766

 

#par-2791
#par-2781

Besides the production impacts, many products from AGC Glass Europe portfolio have a positive impact during their use stage. Indeed, many products marketed by AGC make it possible to reduce the energy consumption and hence the CO2 emissions of users:

  • Building: AGC has developed a full range of high-performance double and triple glazing, for use both in residential and in commercial buildings. Depending on the product and the geographical region these glazings help to keep the heat inside (i.e. reducing the need for heating) or to keep it outside (i.e. reducing the need for cooling). Both heating and cooling consume energy (and thus lead to CO2 emissions), thus, reducing these needs makes it possible to avoid CO2 emissions. Additionally, glass being transparent, it allows daylight to enter the building and consequently reduces the need for artificial lighting
  • Automotive: AGC has developed IRIS coating, a special coating for windshields that keeps out much of the solar heat, thus reducing the need for air conditioning. This saving in air conditioning means a consequent saving in fuel, so further avoiding CO2 emissions.
#par-2786
  • Appliances: thanks to its specific coatings, AGC is one of the leaders on the market for glass for doors of commercial refrigeration appliances: chilled display cabinets and freezers that are common in supermarkets for sale of dairy products, produce, food and beverages. Fitting glass doors to these appliances allows the products to be displayed clearly while saving large quantities of energy.
  • Solar applications: AGC produces building-integrated photovoltaic glass, solar mirrors etc. Our glass is used to generate “green” electricity, thus, reducing the consumption of standard electricity (generated from fossil fuels). 

 

AGC Glass Europe carbon footprint also assesses these avoided emissions to get a global picture of our impact. Indeed, energy efficient products are often more sophisticated and generate higher impacts at production stage compared to standard products. Considering the sole production stage is missing the key stage of the product life cycle: the use stage.

#par-6976
#par-6966

For the purposes of calculating energy savings provided by the glazing on buildings,  several methodologies were followed such as: The "GHG Protocol for Project Accounting, ISO 14064-2 Greenhouse gases -- Part 2: Specification with guidance at the project level for quantification, monitoring and reporting of greenhouse gas emission reductions or removal enhancements" and "METI  Guidelines for Quantifying GHG emission reductions of goods or services through Global Value Chain".
The main principle is to consider next to the production impacts from one calendar year, the benefits from the products manufactured during this year over their full life cycle, compared to a baseline scenario. E.g. in case of glazings for building the avoided emissions are calculated as the savings between advanced low-e coatings compared to clear double glazing or single glazing over a 30 years lifetime.

The calculation was carried out using  the whole building energy simulation software Energy Plus (Developed by the US Department of Energy). This software realises a dynamic simulation with adjustable time step, based on external temperature, solar irradiance and wind effect. It takes into accounts for external and internal loads, HVAC settings, and lighting requirements. 

#par-6971

To integrate the effect of local climates, Europe has been divided into seven climate zones based on the climate in representative cities: 

  • North – Helsinki
  • East – Moscow
  • Central – Prague
  • Central Continental – Frankfurt
  • Central Maritime – Brussels
  • South – Rome
  • South Central – Sofia 

For overseas markets, several locations outside Europe were chosen as references:

  • Middle East & Maghreb - Dubai
  • Sub-Saharan Africa - Johannesburg
  • South-Eastern Asia - Singapore
  • North America - New York
  • Latin America - Buenos Aires
  • Oceania - Auckland
  • Japan – Tokyo
#par-2806
#par-2796

Taking into account the heating/cooling energy needed per climate zone according to climate data, the kWh/m².year saved by renovation or construction of new buildings to higher standards, the average lifetime of buildings in Europe and the relevant emission factors, it is possible to calculate the tonnes of CO2 avoided thanks to our Insulating Glass products.

For all the products manufactured by AGC Glass Europe in 2017, we calculated that the amount of CO2 avoided for heating and cooling was around 30,700,000 tonnes.  Additionally, about 10 200 000 tonnes of CO2 are also avoided thanks to the benefit of daylight allowed through the glazings, totalling altogether around 41 000 000 tonnes of CO2.

#par-2816
#par-7001
#par-2831

For each tonne of CO2 emitted by AGC Glass Europe activities,
nearly 11 tonnes of CO2 are avoided thanks to the use of our products!

#par-2836

Calculating both CO2 emissions and CO2 avoided leads to a final result of 1:11 (i.e. 3,800,000 tonnes of CO2 vs. 41,000,000 tonnes ), meaning that for each tonne of CO2 emitted by AGC Europe activities, nearly 11 tonnes of CO2 are avoided thanks to the use of our products!

This of course is a very encouraging result, showing that even a “heavy” industry such as ours can have large overall benefits for society!

 

#par-336
AGC CO2 emitted wysiwyg