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Like every UK industry, warehousing is under growing pressure to reduce its environmental footprint.

As sustainability moves from a voluntary aspiration to a regulatory expectation, warehouse operators are increasingly asking how the materials they specify and procure can support their environmental commitments, rather than undermine them.

Far from just being more environmentally friendly, many sustainable materials for warehouses also boast comparable or lower costs than conventional options.

 specialise in all aspects of warehouse storage and racking.

In this post, we’re here to guide you on some of the eco-friendly storage materials that can make your warehouse operations better for the planet.

Steel: The Foundation Of Sustainable Racking

Steel is the backbone of almost every UK warehouse storage system.

 and mezzanine floors are all predominantly made of steel. This material has a strong sustainability case when it is managed well, as steel is fully and infinitely recyclable without loss of quality.

The most impactful materials decision available when specifying new racking is to ask about the steel's production route.

Steel manufactured via the electric arc furnace (EAF) method, which uses recycled scrap rather than virgin iron ore, carries a carbon footprint roughly 70 to 80 per cent lower than steel produced through the conventional basic oxygen furnace route.

Several major racking manufacturers now publish environmental product  declarations (EPDs) that quantify the embodied carbon of their systems per tonne of steel. This makes it possible to compare suppliers on a like-for-like basis.

Extending The Lifespan Of Warehouse Racking

Alongside purchasing decisions, the lifespan of existing racking matters enormously.

 carried out by a SEMA-approved racking inspector, as recommended by the HSE, identify damage before it becomes a structural issue and can dramatically extend the useful life of the asset.

Investing in upright protectors, end-of-aisle barriers and column guards reduces the frequency of forklift impact damage and defers replacement cycles.

Overall, every additional year of service from an existing racking system is a year in which manufacturing carbon is not being generated.

Concrete Floors: Where Low Carbon Mixes Make a Real Difference

Warehouse floor slabs represent a large volume of concrete and consequently, a significant source of embodied carbon.

Specifying a low carbon concrete mix is one of the most straightforward and cost-effective ways to reduce the embodied carbon of a new warehouse construction.

The most widely used approach in UK industrial construction is to replace a proportion of Portland cement with ground granulated blast-furnace slag (GGBS), a byproduct of iron manufacturing. GGBS carries a carbon footprint roughly 80 to 90 per cent lower than the Portland cement it replaces and can substitute for up to 70 per cent of the cement content in appropriate mix designs.

For a large warehouse floor slab, specifying a GGBS blend can reduce the embodied carbon of the concrete by 40 to 60 per cent with no meaningful compromise on structural performance. All major UK ready-mix suppliers offer GGBS blends as standard.

Storage Containers & Bins: Moving Away from Virgin Plastic

The plastic picking bins, tote boxes and storage containers used throughout UK warehouses are almost universally made from virgin polypropylene, a fossil-fuel-derived material with a high carbon manufacturing footprint. The category has improved significantly in recent years, with several UK and European suppliers now offering storage containers made from post-consumer recycled (PCR) or post-industrial recycled (PIR) polypropylene.

Recycled polypropylene containers are functionally equivalent to virgin plastic equivalents in the vast majority of warehouse applications. They carry the same load ratings, tolerate the same handling conditions and can be cleaned in the same way. The main practical consideration is colour consistency, which can vary more with recycled content.

For businesses that use colour-coded containers for zoning or product separation, this is worth discussing with a supplier before committing.

Third-party certification schemes such as the Recycled Claim Standard (RCS) provide independent verification of recycled content percentages, which is useful when comparing supplier claims. 

Beyond material choice, the most sustainable container is one that is used many times rather than discarded. 

Also, returnable transit packaging (RTP) systems, where containers circulate between suppliers, warehouses and customers in a managed loop, eliminate the single-use waste associated with cardboard and one-way plastic packaging.

Pallets: Timber, Reuse And The Pooling Model

Pallets flow through UK warehouses in enormous volumes and the choice between timber, plastic and managed pool systems has clear sustainability implications.

Timber pallets have a reasonable environmental profile when the wood is sourced responsibly, and FSC (Forest Stewardship Council) or PEFC certification provides the most reliable assurance of this. Certified timber comes from forests managed to standards that protect biodiversity and maintain long-term forest health.

The more impactful factor than material choice is how pallets are managed at the end of each use cycle. The UK has a strong culture of pallet repair and reuse, with specialist companies that collect, repair and reissue heat-treated timber pallets to standard specifications.

Buying repaired pallets rather than new ones reduces embodied carbon substantially. Pallet pooling schemes, of which CHEP is the best known in the UK, manage large fleets of pallets that circulate continuously through supply chains, with repair and maintenance handled centrally.

For operations that rely on disposable storage and packaging solutions, cardboard and paper based products offer a considerably better environmental profile than single-use plastic in most scenarios.

Corrugated cardboard boxes and dividers made from recycled fibres are widely available from UK suppliers and are handled efficiently through commercial paper recycling streams.

FSC and PEFC certification applies equally to paper and cardboard products as to timber. Specifying certified products provides assurance that any virgin fibre content comes from responsibly managed sources. High recycled content and certification should both feature in any procurement specification for cardboard storage materials.

For businesses involved in new warehouse construction or major refurbishment, the insulation and cladding materials specified in the building fabric contribute significantly to both operational energy performance and embodied carbon. Better insulation reduces the energy needed to maintain working temperatures year-round, which has direct operational cost benefits alongside the carbon savings.

Mineral wool insulation, made from recycled glass or rock, is one of the most widely used options in UK industrial buildings. It has a relatively low embodied carbon profile, good thermal performance and high recycled content. Steel cladding and roofing manufactured using EAF recycled content reduces the embodied carbon of the building envelope on the same basis as EAF racking steel.

Green roofs are increasingly being incorporated into new UK warehouse developments, particularly where planning requirements under the Environment Act 2021's biodiversity net gain obligations apply. A green roof provides insulation benefits, manages surface water runoff and supports on-site biodiversity.

On large flat warehouse roofs, green roofs and solar PV installations can be combined in a single biodiverse solar roof design.

Improve Your Warehouse Storage Efficiency With Logical Storage Solutions

Sustainable warehouse materials are no longer a niche or premium choice. As a result, all those involved in the warehousing sector must look to reduce the carbon footprint of their facility as much as possible.

At Logical Storage Solutions, we can help your warehouse in its mission to be more environmentally friendly through our efficiency improving solutions. Our key specialism is maximising warehouse space to reduce journey times and improve flow.

Take a look at our services on our website to learn more about us.

Sustainability In Storage: Eco-Friendly Materials For Warehouses

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