|Maximilian Blum||Phone: +49 7243 20000-141|
Phone: +49 7243 20000-141
The aim of IT refurbishment is to extend the useful life of IT devices, because: studies confirm that the proportional CO2 emissions for the new production of communication electronics are higher than the environmental impact caused by their energy consumption over the entire usage phase. Moreover, no valuable raw materials such as copper, silver, gold, palladium and cobalt have to be additionally mined for remanufacturing. They are even recovered through professional recycling.
Thanks to a life cycle assessment study (2021), AfB is able to evaluate the ecological contribution of its remarketing for each partner company individually as well as in total. The measurement is based on seven device types (laptop, PC, tablet computer, mobile phone, monitor, server, printer), their average production costs and their average useful life extension through refurbishment, compared to the new production of the same amount of IT devices.
Your used IT devices help to create and maintain jobs for people with disabilities at AfB.
By reusing used IT devices, fewer raw materials are mined for the production of new devices. The globally available metal and mineral reserves (e.g. palladium, iron) vary greatly, which is why the consumption of a metal is set in relation to its availability.
For comparability, all metals and minerals are reported in iron equivalents (kg Fe-eq.) as before. This is based on a life cycle assessment study conducted by TU Berlin in 2013.
Humans are exposed to a variety of environmental pollutants on a daily basis. Human toxicity measures the effects on or damage to human health. This damage can be caused by substances (e.g., nitrogen oxides) that enter the air, soil, and water. It is reported in 1.4-dichlorobenzene equivalents (t 1.4-DB-eq.) For example, for a smartphone, extending its useful life from 3 to 4.5 years results in a 45% reduction because no new device had to be manufactured for that period.
Primary energy consumption reflects the demand for primary energy resources (crude oil, hard coal, hydropower, etc.) of a product over its entire life cycle from manufacture to disposal. Primary energies are required to provide the final energy (fuels, electricity, etc.). The indicator is quantified here in the unit kWh. A saving of 1,000 kWh corresponds to one third of the annual electricity demand of a 2-person household in a single-family house.
Water is needed in many processing steps along the life cycle of a product. In many regions, the availability of water is threatened by overuse, among other things. Water resource depletion is quantified here in liters and indicates the amount that has been withdrawn from a catchment area. The AWARE method used is based on quantifying the amount of water left available in an area after the demands of humans and aquatic ecosystems have been met. A saving of 1,000 liters corresponds to 5 filled bathtubs (200 l filling capacity).
Greenhouse gas emissions caused by human activities contribute to the warming of the earth's atmosphere and thus to climate change. The Global Warming Potential (GWP) is used as an indicator. For comparability, all greenhouse gas emissions are converted to CO2e. A saving of 1,000 kg CO2e corresponds to a journey of 4,900 km with a medium-class gasoline engine. To absorb 1,000 kg of CO2e, a beech tree must grow for approximately 80 years. Source: Tagesschau
Water is a valuable resource for life on the planet, which is endangered by toxic substances, among other things. Freshwater and marine water ecotoxicity (Water ecotoxicity) refers to the effects on freshwater or seawater ecosystems as a result of the emission of toxic substances to air, water and soil. Characterization factors are expressed as 1.4-dichlorobenzene equivalent/kg emission (1.4-DB/kg).
Certificate presented to the Kultusministerium Baden-Württemberg (Ministry of Education and Cultural Affairs of Baden-Württemberg)
Until recently, we used a LCA study by the TU Berlin from 2013 as the basis for determining the environmental impacts. This study was updated by myclimate in January 2021, which is why we can now report the impacts for significantly more types of devices. At the same time, we can report additional impact categories compared to the previous study. Based on the now more up-to-date environmental data available, the impacts of individual impact categories have also changed, e.g. in the reporting of the greenhouse gas potential (CO2e).
The CSR certificate is primarily used to demonstrate the social-ecological impact of IT remarketing. Before we can provide you with these key figures, we must first perform data erasure on your IT devices after collection and test which devices are functional, which are repairable, and which are intended for recycling or as spare parts. Only then can we consider and present the corresponding devices in the CSR certificate. The decisive factor is therefore not the collection date, but the test date. This can slip into the following year if a collection takes place at the end of the year. The devices will then be listed in the subsequent certificate.
The unit "iron equivalents" does not refer to the net weight of an ITC device. A certain amount of different metals and minerals is used in the production of a device, e.g. a smartphone. Since only a certain total amount is accessible worldwide for each of these raw materials, each mining process leaves less available residual quantity for a smartphone. In addition to the amount used in a smartphone, a portion is also lost during mining and manufacturing. The available resources vary depending on the metal or mineral. For example, a smartphone consists of about 11mg of palladium and about 2.7g of iron. Since the world's accessible iron resources (about 170 billion tons) far exceed the accessible palladium resources (about 80,000 tons), mining 11mg of palladium has a greater effect than mining 2.7g of iron. If a smartphone is reused, neither palladium nor iron needs to be mined and processed. These non-mined quantities are saved and resources are conserved. To standardize these savings, we show all metals and minerals in terms of their globally available resources compared to iron.
The basis for the iron equivalent unit of our impact measurement is a LCA study conducted by the TU Berlin in 2013.
As an IT partner of AfB, you contribute with us to the fulfillment of seven UN Sustainable Development Goals. The 17 Sustainable Development Goals (SDGs) were developed by the United Nations to jointly address societal challenges until 2030.
Through an IT partnership with AfB, you make a valuable contribution to the fulfillment of seven SDGs.
By reusing IT devices, water use and the impact on water ecosystems due to the emission of toxic substances is reduced.
By creating inclusive workplaces, AfB promotes the social and economic inclusion as well as the self-determination of people with disabilities.
Ensuring equal opportunities is linked to an access to good learning tools. AfB supports educational projects worldwide by providing IT devices.
IT remarketing contributes to the sustainable extraction of raw materials and the reduction of e-waste landfills in the Global South.