2030 goal: Measure all direct and indirect emissions generated as a result of our economic activity across the three emission scopes in a proven, methodical manner.
We are a “measure to improve” focussed company with strong emphasis on real impact. When setting targets for 2030, it has been important for us to assure that we understand the realities in own operations and in our value chain so that we can focus on the right areas. Considerable time has been spent to define the best possible tool to monitor the development in the years to come.
Scope 1 – Direct Emissions ,including fuel combustion on site such as gas boilers, fleet vehicles.
Scope 2 – Indirect Emissionsfrom electricity purchased and used by the organization.
Scope 3 – All Other Indirect Emissions从组织的价值链中的活动：包括与商务旅行，采购，废水相关的排放。
Since 2010, we have been reporting on our Scope 1 and 2 emissions plus our Scope 3 emissions related to logistics and travel (see box). Our reporting has been based on a simplified version of the principles outlined in the Greenhouse Gas Protocolwww.ghgprotocol.org. In 2019, we initiated a project together with external consultants, Klimakost/Asplan Viak and Material Economics, to assess emissions in reporting on scope 1, 2 and 3.//www.babytoobe.com/globalassets/images--blocks/themed -images--blocks/sustainability/klimakost-report-on-laerdal-june-2020.pdf.
评估所有三个范围给出了与公司的认证相关的总二氧化碳当量（CO2E）排放量。这代表了一个主要的转变和源于越来越大的意识到我们的大部分CO2E排放源于我们的价值链，但仍然受到我们的决定影响。如果我们想改变这些决定，我们需要了解他们的影响。
我们在我们的筛选过程中了解了替代报告方法，使我们能够估算我们的总共有二氧化碳排放量。通过组合两种这些，我们可以看到从操作的排放量的完整图像，从材料的量化，以及不同脱碳序列的影响。向前迈进，我们将在2019年使用2019年，因为我们的基线是我们实施的新方法。
输入输出分析是一种研究经济部门之间关系的方法。这种方法已经扩展了环境，以估算经济活动的直接和间接排放。通过计算和追踪经济中的部门之间的互联需求，可以估计从任何部门的花费估算EMIS-SION。
有关我们的分析，通过多季输入输出（MRIO）模型ExioBase 3处理财务数据https://www.exiobase.eu/index.php/about-exiobase.估计公司的总排放量。
好处
缺点
The assessment of embedded CO2ev is a top-down assessment of the materials in finished products based on sales volumes and estimation of the composition of each product.
分析基于估计的材料组合物，占我们销售量的70％（重量），包括四种主要材料类型（塑料，电子，钢材和纸张/纸板）。EMIS-SION因素考虑所选材料的嵌入式排放，即原料提取和生产的排放。减排因子基于欧洲平均值，例如欧洲平均值。对于整体塑料。
好处
缺点
We believe there is an advantage by combining the two methods and then cross checking the results with our external partners.
For many emission categories the solutions to reduce emissions are often relatively straightforward - e.g. shifting to renewable electricity in production sites. In this regard, an estimation of the total CO2e footprint based on the input-output analysis gives enough information to make informed decisions. By using this type of methodology, it is also possible to monitor and compare emissions from year to year.
For emissions from a company’s materials use the assessment is usually much more complex: the CO2e footprint depends on the material composition of the products and the share of recycled vs virgin materials. The opportunity to reduce emissions is usually also larger, ranging from circulating products to a larger extent, recycling materials internally and externally, and shifting to renewable energy in the supply chain.
Helping save lives
我们致力于实现我们的目标，帮助节省一百万生命，并以可持续的方式这样做。
A vision with action
Based on the company mission and vision we have set bold sustainability goals for 2030 with clear actions year by year to assure delivery.
Carbon neutral
Achieve a 70% reduction in carbon emissions by 2030. Across; facilities, transport and travel, and supply chain.
Offset any residual emissions.
循环解决方案
Reduce, Reuse, Recycle.
将可持续性设计为新产品，解决方案和销售模型。金宝搏官方app下载我们的目标是在整个价值链中使用圆形材料。
Social responsibility
在我们的供应链中实施UNGP和经合组织指南，并将其级联到最大供应商的下一级。