Product Carbon Footprint (PCF) • Material extraction/provision with 104 kg is responsible for more than half of the total CO emissions of the tool and offers consequently, the greatest reduction 2 potential • The usage phase of the tool is the second main source of CO emissions, however 2 the situation here is a bit more complex: The calculation basis for the 85 kg is tool performance (kWh) multiplied by tool usage time (in this case a standard time of 100 hours was used). Hilti tools have a very long lifetime; hence the PCF tends to be higher compared to competitors. However, competitor tools have to be substi- tuted by new tools including additional CO2 emissions. Therefore, Hilti tools out- perform competitor tools in reducing the product carbon footprints! 3URGXFW&DERQ)RRWSULQWRI7($95 (MPCBMXBSNJOHQPUFOUJBM (81ZFBST LH .BUFSJBM 1SPEVDUJPO 6TBHF 3FDZDMJOH 5SBOTQPSU ࡪ ࡪ 5PUBM$0 LH Hilti tools = performance and energy efficiency Hilti tools improve performance and energy efficiency generation by generation. The 7 kg Combihammer Class improved its performance per Watt by 13 %! The effi- ciency increase is even bigger concerning the 10 kg Breakers Class where the new TE 1000-AVR outperforms the TE 905-AVR by 36 %. State-of-the-art SR drive tech- nology is partly responsible for the enormous efficiency improvement combined with latest system improvements. ([DPSOH ([DPSOH $PNCJIBNNFSLHDMBTT #SFBLFSTLHDMBTT 5& 5& 5&"73 5&"73 ࡱ ࡱ 18 Environmental management at Hilti
Environmental Management at Hilti Page 17 Page 19