NeuMe Natural Glow Lip Balm is a luxurious and nourishing lip care product designed to pamper your lips with the goodness of nature. This exceptional lip balm is enriched with a blend of natural extracts, including beetroot, orange peel, and aloe vera, to provide your lips with deep hydration and a subtle, natural glow.
The formula also includes a combination of rich moisturizers like olive oil, watermelon seed oil, coconut oil, and organic cow ghee, which work in harmony to keep your lips soft, supple, and protected from harsh environmental factors. Say goodbye to dry, chapped lips!
What makes NeuMe stand out is its commitment to your well-being. This lip balm is free from sulfates and parabens, ensuring that you’re applying only the best ingredients to your lips. Its travel-friendly and convenient packaging make it easy to carry with you wherever you go, ensuring that your lips are always ready to shine with a healthy, natural glow. Experience the bliss of nature with NeuMe Natural Glow Lip Balm.
Key Ingredients
Organic Cow Ghee: Nourishes and promotes lip health.
Beetroot Extract: Revitalizes and brightens lips, offers antioxidant protection.
Watermelon Seed Oil: Locks in moisture, keeps lips soft and supple.
Orange Peel Extract: Refreshes and soothes lips for a healthy appearance.
Aloe Vera Extract: Moisturizes and heals, preventing dryness and irritation.
- Natural and Biodegradable Ingredients: Many lip balms are made with natural ingredients like beeswax, shea butter, and essential oils. These ingredients are biodegradable and have a minimal environmental impact compared to synthetic chemicals, which can be harmful to ecosystems.
- Minimal Packaging: Sustainable lip balms often come in minimal or eco-friendly packaging, such as recyclable, compostable, or reusable containers. This reduces waste and the environmental impact of packaging materials. For example, lip balms in cardboard tubes or metal tins are more sustainable than those in plastic containers.
- Local Sourcing: If the ingredients are sourced locally, the transportation emissions are reduced, contributing to a lower carbon footprint. Local sourcing also supports sustainable agricultural practices, which can further reduce the environmental impact.
Low Carbon Footprint of Lip Balm:
- Small Size and Low Production Energy: The production of lip balm requires relatively low energy inputs compared to larger or more complex products. The small size and simple formulation of lip balm mean that less energy is required for manufacturing and packaging, leading to a lower carbon footprint.
- Low Transportation Emissions: Due to their small size and lightweight nature, lip balms are efficient to transport. This efficiency reduces the carbon emissions associated with their transportation, especially when compared to bulkier personal care products.
- Long Shelf Life and Minimal Waste: Lip balms typically have a long shelf life, which means they are used over an extended period. This reduces the frequency of repurchasing and, therefore, the associated environmental impacts of production and transportation.
1. Raw Material Extraction and Processing
- Ingredients: Natural Glow Lip Balm might include ingredients such as beeswax, shea butter, coconut oil, essential oils, and possibly some natural colorants or flavorings.
- Carbon Footprint: The extraction and processing of these ingredients involve energy consumption and emissions. For instance:
- Beeswax: The production of beeswax involves the energy used by beekeepers and emissions from transportation.
- Shea Butter and Coconut Oil: These require agricultural production and processing, which involve energy and emissions.
Estimated Carbon Footprint (per kg of ingredient):
- Beeswax: ~5-10 kg CO2e (Carbon Dioxide Equivalent)
- Shea Butter: ~5-10 kg CO2e
- Coconut Oil: ~2-5 kg CO2e
2. Manufacturing
- Production Process: The process of mixing and packaging the lip balm includes energy consumption in manufacturing facilities.
- Carbon Footprint: This includes the energy used for blending ingredients, packaging, and any emissions from transportation within the production process.
Estimated Carbon Footprint:
- Manufacturing energy use: ~2-5 kg CO2e per batch (depending on the scale and energy source).
3. Packaging
- Materials: Packaging might involve materials such as aluminum or plastic tubes, cardboard boxes, or labels.
- Carbon Footprint: The production and disposal of packaging materials contribute to the carbon footprint.
Estimated Carbon Footprint:
- Plastic tube: ~0.5-2 kg CO2e
- Cardboard box: ~0.2-0.5 kg CO2e
4. Transportation
- Distribution: Transporting raw materials to the manufacturing facility and then distributing the finished product to retailers.
- Carbon Footprint: This involves emissions from vehicles used in transportation.
Estimated Carbon Footprint:
- Transportation emissions can vary widely, but a rough estimate might be around 0.5-2 kg CO2e per product depending on distance and transportation mode.
5. Usage and Disposal
- Usage: The impact of using the lip balm is relatively low, but the emissions from manufacturing and disposal are more significant.
- Disposal: If the product packaging is not recyclable or biodegradable, it will contribute to landfill waste.
Estimated Carbon Footprint:
- Disposal and end-of-life emissions: ~0.1-0.5 kg CO2e
Total Carbon Footprint Calculation
Assuming the lip balm weighs approximately 10 grams and considering all the above stages, the estimated carbon footprint might be:
- Raw Materials: 0.05 kg (for a typical lip balm's share of ingredients, based on their respective contributions)
- Manufacturing: 0.02 kg
- Packaging: 0.01 kg
- Transportation: 0.01 kg
- Usage and Disposal: 0.01 kg
Total Estimated Carbon Footprint: ~0.1 kg CO2e per unit of lip balm
Scientific Explanation and References:
- Biodegradability of Natural Ingredients: The use of natural ingredients like beeswax is supported by studies that show these materials break down in the environment without leaving harmful residues. For instance, beeswax is known for its low environmental persistence and minimal impact on ecosystems when it degrades naturally .
- Packaging and Carbon Footprint: Research on the environmental impact of packaging highlights that eco-friendly packaging significantly reduces carbon emissions. A study by the Sustainable Packaging Coalition found that using recyclable or compostable materials can reduce the carbon footprint of packaging by up to 50% .
- Transportation Efficiency: A report by the European Environment Agency notes that products with lower weight and volume have a lower carbon footprint during transportation due to reduced fuel consumption per unit .
General Inquiries
There are no inquiries yet.
Reviews
There are no reviews yet.