Description
Description
- Description: CCK Art Paper Rolls 80gsm (FSC TYPE: FSC MIXCREDIT)
- Dimension (each roll): Wigth 1550mm; Lenth 11200m
- Quantity: 3 rolls
- Weight: 1388.8 kgs/roll
- Total weight: 4,166.4 kgs
Seller Terms
- Global Assets Liquidator nd the seller have the right to reject any and all offers.
- This product is sold AS IS, WHERE IS.
- Buyer is responsible for all taxes, duties, loading and freight charges.
- Seller does not offer any warranties or manufacturer warranties.
- Upon receipt of cleared funds, Seller will provide the Buyer a Release Order for item pick up. Title transfers from Seller to Buyer upon issuance of the Release Order.
- It is Buyer’s responsibility to verify quantities and condition at the time of pick up. Once the product has been removed from Seller’s location, there will be no adjustments based on quantity or condition.
AI Product Description
The CCK Art Paper Rolls are premium quality paper products, each with a weight of 80gsm and certified as FSC MIX CREDIT, ensuring responsible sourcing. These rolls are ideal for various artistic and commercial applications, offering a generous width of 1550mm and an impressive length of 11,200 meters per roll. With a substantial weight of 1388.8 kilograms per roll, the total shipment includes three rolls, collectively weighing 4,166.4 kilograms. This makes them perfect for large-scale projects requiring consistent quality and sustainability.
AI Manufacturer Description
CCK Art Paper Rolls are high-quality paper products with a weight of 80gsm, certified as FSC MIXCREDIT, ensuring responsible sourcing. Each roll measures 1550mm in width and 11200m in length, providing ample material for various applications. The package includes three rolls, each weighing 1388.8 kgs, with a total combined weight of 4166.4 kgs.
AI Carbon Footprint Explanation
Calculating the carbon offset for paper products involves estimating the greenhouse gas emissions associated with the production, transportation, and disposal of the paper. The carbon footprint of paper can vary significantly based on factors such as the type of paper, production methods, energy sources used, and transportation distances. However, I can provide a general approach to estimate the carbon emissions for your specified paper rolls. ### Steps to Estimate Carbon Emissions: 1. **Production Emissions:** – The carbon footprint of producing paper typically ranges from 0.5 to 1.0 kg CO2e per kg of paper. – For 4,166.4 kg of paper, this results in approximately 2,083 to 4,166 kg CO2e. 2. **Transportation Emissions:** – Transportation emissions depend on the distance traveled and mode of transport (truck, ship, etc.). – A rough estimate for trucking is about 0.1 kg CO2e per ton-kilometer. – If you know the transportation distance, you can calculate this component. 3. **End-of-Life Emissions:** – Consider emissions from disposal or recycling. – Recycling generally has a lower carbon footprint than landfill disposal. ### Example Calculation: Assuming: – Production emissions: 0.75 kg CO2e/kg – Transportation: 500 km by truck – End-of-life: Assume recycling with minimal additional emissions **Production Emissions:** \[ 4,166.4 \text{ kg} \times 0.75 \text{ kg CO2e/kg} = 3,124.8 \text{ kg CO2e} \] **Transportation Emissions:** \[ (4,166.4 \text{ kg} / 1000) \times 500 \text{ km} \times 0.1 \text{ kg CO2e/ton-km} = 208.32 \text{ kg CO2e} \] **Total Estimated Carbon Footprint:** \[ 3,124.8 + 208.32 = 3,333.12 \text{ kg CO2e} \] This is a simplified estimation and actual figures may vary based on specific details of production processes and logistics. For precise calculations, consulting with a carbon accounting expert or using specialized software/tools that consider all variables would be necessary. Additionally, if your paper is FSC certified (as indicated), it may have a lower carbon footprint due to sustainable forestry practices.
Repurposing commercial products is good for the environment because it creates Manufacture Avoidance. We try to measure the amount of carbon it takes to build this asset and by repurposing, we are creating an Manufacture Avoidance Carbon Offset.
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