All carbon footprints

What’s the carbon footprint of a shelving unit?

The average shelving unit emits
15.00-60.00 kg CO₂e

Available to measure with Arbor’s platform
The carbon footprint of shelving units ranges from 15.00 to 60.00 kg CO₂e, with an average of around 37.5 kg CO₂e per unit. Understanding these emissions helps brands assess the environmental impact of furniture and identify opportunities for reducing product-level emissions.
Why do product carbon footprints (PCFs) matter?
Carbon Equivalent Calculator

What is a shelving unit's carbon footprint equivalent to?

Using Arbor’s Carbon Equivalent Calculator, let’s see what the average a shelving unit’s carbon emissions are equivalent to, assuming an average of 37.50 kg CO2e.

How can you reduce a shelving unit's carbon footprint?

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

Sustainable Materials

Choose sustainably sourced, low-impact raw materials like bamboo or recycled wood

Use Recycled Content

Choose sustainably sourced, low-impact raw materials like bamboo or recycled wood.

Material Optimization

Optimize packaging to reduce transportation emissions.

Arbor's platform

Want to measure the carbon footprint of your shelving unit?

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

Shelving Unit
Manage
Shelving Unit
Carbon footprint
37.50 kg CO₂e
Versions & Prototypes
Versions
Carbon footprint
Shelving Unit
Active
37.50 kg CO₂e
Shelving Unit 2024
37.50 kg CO₂e
Shelving Unit 2023
37.50 kg CO₂e
Prototypes
Carbon footprint
Shelving Unit - 20% Recycled
37.50 kg CO₂e

FAQs

What is the carbon footprint of a shelving unit?

A typical shelving unit has a carbon footprint of about 37.5 kg CO2e. This includes manufacturing, transportation, and disposal processes. The range can vary from 15 to 60 kg CO2e depending on materials used and production methods.

How much CO₂ does a shelving unit emit?

A shelving unit's carbon footprint can vary widely depending on materials and manufacturing processes, typically emitting around 15 to 60 kg CO2e. On average, this amounts to approximately 37.5 kg CO2e, reflecting the impact of production, transportation, and materials used.

What are the main sources of emissions from a shelving unit?

The primary emissions from a shelving unit come from the manufacturing process, including extraction of raw materials like metal or wood. Additionally, emissions are generated during transportation and assembly. On average, a shelving unit's carbon footprint is around 37.50 kg CO2e, with a range of 15.00 to 60.00 kg CO2e depending on materials and production methods.

How do I calculate the carbon footprint of a shelving unit?

Arbor offers the best way to calculate the carbon footprint of a shelving unit, providing detailed assessments. Alternatively, you can use emission factors and follow life cycle assessment standards to estimate the footprint. For a typical shelving unit, the carbon footprint ranges from 15 to 60 kg CO2e, with an average of around 37.5 kg CO2e.

Is a shelving unit sustainable?

A shelving unit's sustainability depends on its materials and manufacturing process. If made from recycled or responsibly sourced materials, it can be more sustainable. Typically, a wooden shelving unit might have a carbon footprint around 37.5 kg CO2e, but this varies based on production methods and lifespan.

How can companies reduce the carbon footprint of a shelving unit?

Companies can reduce the carbon footprint of shelving units by choosing sustainable materials like recycled wood or metal and optimizing manufacturing processes to minimize emissions. Additionally, designing for durability and ease of recycling at the end of life can significantly cut emissions, which typically range from 15 to 60 kg CO2e per unit.

Are shelving units bad for the environment?

Shelving units have a carbon footprint that ranges from 15 to 60 kg CO2e, with an average of around 37.5 kg CO2e. Their environmental impact depends on factors like materials and manufacturing processes, but choosing sustainably made options can reduce their overall footprint. Recycling and reusing can also help minimize their environmental impact.

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