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Universal Mobile Eco Friendly Non Woven D Cut Bag W 12” x H 16”

4.2

Non woven bag is the ideal solution to plastic pollution. Plastic bags lead to blockage of drainage pipes and if consumed by domestic animals, they lead to health problems. On the other hand, paper bags lead to large scale deforestation, are vulnerable to moisture/water and are least durable.

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Non woven bag is the ideal solution to plastic pollution. Plastic bags lead to blockage of drainage pipes and if consumed by domestic animals, they lead to health problems. On the other hand, paper bags lead to large scale deforestation, are vulnerable to moisture/water and are least durable.

Non woven bags are 100% recyclable, can be reused for upto 6 months and can also be washed in washing machines just like clothes.

Product Specifications

Item Description
Bag Colour White
Bag Size S
Capacity (kg) 3-5 kg
Material Non Woven Fabric (100% Virgin)
Printed Yes
Printing Process Flexo Printing
Recyclable 100% Recyclable
Reusable Yes
Dimensions 12 × 16 mm

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1. Material Choice: Non-Woven Fabric

  • Eco-Friendly Material: Non-woven fabrics are typically made from polypropylene (PP), a type of plastic that is considered more eco-friendly compared to other plastics because it is 100% recyclable. PP can be reused and repurposed, reducing the demand for virgin plastic production, which is energy-intensive and has a high carbon footprint.
  • Lower Environmental Impact: The production of non-woven fabric uses less energy and water compared to traditional woven fabrics. Additionally, these materials are often produced from recycled plastics, which further reduces the environmental impact and carbon emissions associated with the extraction and processing of raw materials.

2. Manufacturing Process

  • Energy Efficiency: The production process for non-woven fabrics, particularly those made from polypropylene, is relatively energy-efficient. Non-woven fabrics are produced through processes such as melt-blowing or spunbonding, which require less energy than the traditional weaving process used for other fabrics. This contributes to a lower overall carbon footprint during production.
  • Less Waste: The manufacturing of non-woven bags generates minimal waste, as the production process can utilize scrap materials. Additionally, non-woven bags are often produced in a single continuous process, which minimizes the energy and material waste associated with cutting and sewing in traditional fabric production.

3. Reusability and Durability

  • Long Lifespan: Non-woven D Cut bags are designed to be reusable and durable, reducing the need for single-use plastic bags. This longevity means that fewer bags need to be produced, which in turn reduces the overall carbon emissions associated with the lifecycle of the product.
  • Reduced Single-Use Plastics: By replacing single-use plastic bags with a reusable non-woven bag, the demand for disposable plastic is reduced. Single-use plastics have a high carbon footprint due to their short lifecycle and the energy-intensive processes required to produce, distribute, and dispose of them.

4. End-of-Life Considerations

  • Recyclability: As mentioned, non-woven polypropylene bags are recyclable. At the end of their lifecycle, they can be recycled into new products, which helps to close the loop in the product's lifecycle and reduce the overall environmental impact.
  • Biodegradability (if applicable): Some non-woven bags are designed to be biodegradable, further reducing their environmental impact. However, the biodegradability of a non-woven bag depends on the specific materials and additives used in its production.

5. Carbon Footprint Considerations

  • Lower Energy Use: The energy used in the production of non-woven fabrics is typically lower than that used for other types of fabric, which directly contributes to a lower carbon footprint.
  • Transportation Efficiency: Non-woven bags are lightweight, which reduces the energy and emissions associated with their transportation. Additionally, these bags can be compressed into smaller volumes for shipping, further improving transportation efficiency.

1. Materials Used

  • Non-Woven Polypropylene Fabric (PP):
    • Production Energy: The production of polypropylene (PP) involves polymerization, which is energy-intensive. The carbon footprint for producing 1 kg of non-woven polypropylene fabric is approximately 2-3 kg CO₂e (carbon dioxide equivalent), depending on the energy source.
    • Weight of the Bag: A typical non-woven bag might weigh around 30-50 grams (0.03-0.05 kg).
    • Material Carbon Footprint: Material Carbon Footprint=0.03 kg×2.5 kg CO₂e/kg=0.075 kg CO₂e\text{Material Carbon Footprint} = 0.03 \text{ kg} \times 2.5 \text{ kg CO₂e/kg} = 0.075 \text{ kg CO₂e} For a 50-gram bag: 0.05 kg×2.5 kg CO₂e/kg=0.125 kg CO₂e0.05 \text{ kg} \times 2.5 \text{ kg CO₂e/kg} = 0.125 \text{ kg CO₂e}

2. Manufacturing Process

  • Energy Use in Cutting and Assembly: The energy consumed in cutting, stitching, and other manufacturing processes is relatively low but can still contribute to the overall footprint.
    • Estimate: Approximately 0.05-0.1 kg CO₂e per bag.

3. Transportation

  • Transport to Retailers/Consumers: The transportation footprint depends on the distance and mode of transportation (e.g., truck, ship).
    • Example: If the bags are transported 500 km by truck, the emissions could be around 0.02-0.05 kg CO₂e per bag.

4. End-of-Life Disposal

  • Recycling vs. Landfill: Non-woven PP bags can be recycled, but if they end up in landfills, they may take a long time to degrade.
    • Landfill Carbon Footprint: Minor, but the potential for microplastic pollution exists.
    • Recycling: If recycled, the carbon footprint might reduce as the material is reused rather than requiring new production.

5. Total Carbon Footprint Calculation

Summing up the individual components:
  • Material Production: 0.075-0.125 kg CO₂e
  • Manufacturing: 0.05-0.1 kg CO₂e
  • Transportation: 0.02-0.05 kg CO₂e
  • End-of-Life (Assuming Recycling): Negligible or slightly positive if landfilled.
Total Estimated Carbon Footprint: Total Carbon Footprint=0.145 to 0.275 kg CO₂e per bag\text{Total Carbon Footprint} = 0.145 \text{ to } 0.275 \text{ kg CO₂e per bag}

6. Carbon Footprint Reduction Strategies

  • Use of Recycled PP: Using recycled polypropylene can significantly lower the carbon footprint.
  • Local Production: Reducing transportation distances can minimize the carbon footprint.
  • Reusable Design: Promoting the bag’s reusability can distribute the carbon footprint over multiple uses, reducing its impact per use.

Scientific Considerations:

  • LCA Studies: Life Cycle Assessment (LCA) studies on non-woven bags have shown that the majority of the carbon footprint comes from material production. The choice of recycled materials, renewable energy in manufacturing, and efficient transportation are critical in reducing the overall footprint.

Conclusion:

The estimated carbon footprint of a Universal Mobile Eco-Friendly Non-Woven D-Cut Bag is between 0.145 to 0.275 kg CO₂e per bag, depending on the specific weight, production methods, and transportation distances. This footprint can be further reduced through sustainable practices like using recycled materials and minimizing transportation emissions.

References & Scientific Explanation

  • Polypropylene's Environmental Benefits: Studies have shown that polypropylene, the primary material used in non-woven bags, has a lower environmental impact compared to other plastics such as polyethylene (PE). Polypropylene requires less energy to produce and emits fewer greenhouse gases during its production .
  • Life Cycle Assessment (LCA): According to various LCAs of non-woven bags, the carbon footprint is significantly lower than that of single-use plastic bags, especially when the bags are reused multiple times. This is because the environmental impact per use decreases as the number of uses increases .

Conclusion

The Universal Mobile Eco-Friendly Non-Woven D Cut Bag is sustainable due to its use of recyclable and durable materials, energy-efficient production processes, and potential for multiple uses. The low carbon footprint of the product is a result of the reduced energy requirements in manufacturing, recyclability, and the minimized environmental impact throughout its lifecycle.

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