Carbon Footprint
JBL is dedicated to minimizing the carbon footprint of its products throughout their lifecycle. Through innovative design and development, significant progress has been made. The cradle-to-grave carbon footprint for the JBL Charge 6 is 18.1 kg CO2-equivalent, determined by a study adhering to ISO 14067 and EN 50693 standards.
The lifecycle carbon emission distribution is as follows:
- Manufacturing: 58%
- Usage: 22%
- Installation: 9%
- End-Of-Life(EoL): 8%
- Distribution: 3%
Post Consumer Recycled (PCR) Materials
Raw materials significantly contribute to a product's carbon footprint. JBL actively reduces this impact by incorporating recycled materials whenever feasible. Claims for recycled content in JBL products are verified by SCS Global Services against a recycled content standard.
For the JBL Charge 6, the total recycled materials are:
- Plastic: 85%
- Fabric: 100%
These percentages indicate the proportion of recycled material within each respective component.
Packaging
The packaging for the JBL Charge 6 is streamlined and optimized for product size, resulting in reduced waste and more efficient shipping. It features 100% natural fiber-based content and is printed with soy ink, adhering to FSC standards.
Battery, Design, and Usage
JBL products are engineered for durability, ease of repair, and longevity. The JBL Charge 6 boasts a Repairability Score of 7.5/10, indicating its ease of repair. The product also holds an Energy Star certification.
Waste Reduction Efforts
To minimize e-waste, JBL consciously omits a charging cable from the JBL Charge 6 packaging. Users can utilize any standard USB-C cable and a USB-C compliant power adapter for charging. Previous JBL speaker models already feature standardized USB-C ports, and these cables and adapters are widely accessible.
Mission Statement
JBL is committed to a sustainable supply chain, focusing on three core pillars: environmental responsibility, economic viability, and social responsibility. This commitment is further detailed under HARMAN Sustainability.
