Using 1 billion sugarcane pulp lunch boxes is equivalent to saving 437,000 trees
The raw materials of sugarcane pulp lunch boxes are sugarcane pulp and bamboo pulp, which are derived from renewable resources, and the carbon emissions generated in the production and use process are much lower than those of traditional non-degradable lunch boxes.
The use of 2,285 sugarcane pulp cutlery can reduce carbon emissions by 192Kg, which is equivalent to saving a 20-year-old tree.
The use of 1 billion sugarcane pulp lunch boxes can reduce carbon emissions by 83,900 tons of carbon dioxide, which is equivalent to saving 437,000 20-year-old trees.
Driven by the domestic policy background of the "dual carbon goal" and the dual supervision of the "carbon tariff" mechanism implemented abroad, especially the European Union, more and more enterprises are paying more and more attention to their own carbon emission compliance.
As an advocate and pioneer of sustainable development in the degradable plant fiber industry, in order to further clarify the product characteristics, Shaoneng Oasis entrusted relevant units to carry out the "carbon footprint" accounting and uation of the company's disposable pulp molded tableware (A9*6*3 lock box).
The details are reported below
Carbon footprint
"Carbon footprint" refers to the aggregate of greenhouse gas emissions caused by various behavioral processes, etc., of an organization, activity, product, or individual. The "carbon footprint" of products is the primary link to achieve the "double carbon" goal, and it is an important measure to optimize the "carbon footprint" management of the whole industrial chain, promote technological optimization, clean production, and achieve brand promotion.
The purpose of the carbon footprint study is to use the carbon footprint accounting methods specified in ISO 14067:2018 "Greenhouse gases – Product carbon footprint – Quantitative requirements and guidelines" and PAS2050:2011 "Code for the uation of Greenhouse Gas Emissions of Goods and Services over the Life Cycle" based on the life cycle assessment methodology.
By optimizing the production process and using environmentally friendly materials, Shaoneng Oasis has greatly reduced the carbon emissions of its products in all aspects from raw material collection, production, transportation, use, and recycling. This not only reflects the company's active commitment to environmental responsibility, but also demonstrates the profound strength of Shaoneng Oasis in green production.
Carbon emission verification is one of the important means to achieve greenhouse gas emission reduction and respond to climate change, through the verification of the carbon emissions of enterprises or organizations, to ensure the authenticity, completeness, accuracy and reliability of their greenhouse gas emission data, and to provide a scientific basis for emission reduction actions.
At the same time, Shaoneng Oasis also obtained a carbon emission verification report, which records the company's carbon emissions in the past year in detail, and proves the remarkable effectiveness of Shaoneng Oasis in low-carbon production by comparing it with international standards. According to the report, the carbon emission intensity of Shaoneng Oasis has been decreasing year by year, and green production has become an important support for the development of enterprises.
In 2022, the total verified carbon dioxide emissions were 25,580 tons, of which 2,058 tons were direct emissions, 23,521 tons were indirect emissions, and 9,003.74 tons were produced as main products.
In 2023, the total verified carbon dioxide emissions will be 22,903 tons, of which 0 tons will be direct emissions, 22,903 tons will be indirect emissions, and 11,425.34 tons will be produced as major products.
In comparison, the output in 2023 increased by 26.90% compared with 2022, and the total emissions decreased by 10.47%, of which direct emissions decreased by 100% and indirect emissions decreased by 2.63%.
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