All carbon footprints

What’s the carbon footprint of a storage bench?

The average storage bench emits
10.00-50.00 kg CO₂e

Available to measure with Arbor’s platform
The carbon footprint of storage benches varies widely, with emissions ranging from approximately 10 to 50 kg CO₂e per unit. Understanding these impacts helps consumers and manufacturers reduce the environmental footprint of this furniture category.
Why do product carbon footprints (PCFs) matter?
Carbon Equivalent Calculator

What is a storage bench's carbon footprint equivalent to?

Using Arbor’s Carbon Equivalent Calculator, let’s see what the average a storage bench’s carbon emissions are equivalent to, assuming an average of 30.00 kg CO2e.

How can you reduce a storage bench's carbon footprint?

Here are 3 ways you can lower the carbon or decarbonize your a storage bench’s carbon footprint.

Sustainable Materials

Opt for sustainably sourced, recycled, or renewable raw materials.

Material Efficiency

Optimize design to reduce material use and waste during manufacturing.

Design Simplification

Select sustainably sourced or recycled raw materials to lower embodied emissions.

Arbor's platform

Want to measure the carbon footprint of your storage bench?

We make product-level carbon accounting simple, reliable, and tailored to furniture.

Storage Bench
Manage
Storage Bench
Carbon footprint
30.00 kg CO₂e
Versions & Prototypes
Versions
Carbon footprint
Storage Bench
Active
30.00 kg CO₂e
Storage Bench 2024
30.00 kg CO₂e
Storage Bench 2023
30.00 kg CO₂e
Prototypes
Carbon footprint
Storage Bench - 20% Recycled
30.00 kg CO₂e

FAQs

What is the carbon footprint of a storage bench?

A storage bench typically has a carbon footprint of around 30 kg CO2e. This considers the manufacturing process, materials used, and transportation. The range can vary from 10 to 50 kg CO2e depending on the size, materials, and production methods.

How much CO₂ does a storage bench emit?

A storage bench typically emits around 30 kg CO2e during production. The range can vary from 10 to 50 kg CO2e depending on materials and manufacturing processes. This estimate helps understand its environmental impact over its lifecycle.

What are the main sources of emissions from a storage bench?

The main emissions from a storage bench typically come from the manufacturing process, especially the production of materials like wood or metal. Additionally, transportation and assembly contribute to its overall carbon footprint. On average, a storage bench can emit around 30 kg CO2e, with a range of 10 to 50 kg CO2e depending on materials and logistics.

How do I calculate the carbon footprint of a storage bench?

Arbor offers an excellent method for calculating the carbon footprint of a storage bench, but you can also use emission factors and Life Cycle Assessment standards. Typically, the footprint ranges from 10 to 50 kg CO2e, with an average around 30 kg CO2e, depending on materials and manufacturing processes.

Is a storage bench sustainable?

A storage bench can be sustainable if made from eco-friendly materials like reclaimed wood or recycled metal. The carbon footprint varies widely, ranging from 10 to 50 kg CO2e, with an average around 30 kg CO2e. Choosing sustainably sourced options helps reduce its environmental impact.

How can companies reduce the carbon footprint of a storage bench?

Companies can reduce the carbon footprint of a storage bench by choosing sustainable materials like recycled wood or metal and optimizing manufacturing processes to lower emissions. Using local suppliers and designing for durability also help. The typical footprint is around 30 kg CO2e, but it can range from 10 to 50 kg CO2e depending on materials and production methods.

Are storage benchs bad for the environment?

Storage benches generally have a moderate environmental impact, with a typical carbon footprint around 30 kg CO2e. Factors like materials and manufacturing processes influence their sustainability. Choosing benches made from sustainable or recycled materials can reduce their environmental footprint.

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