Sustainability at MOS Urban

Built for today.
Designed for tomorrow.

We design and manufacture street furniture that shapes public life across Australia. We believe the materials we choose, the supply chains we build, and the emissions we track all matter — because great design should be responsible design.

650t
Total CO₂e FY2025
↓ 25% year-on-year
0
Scope 1 emissions
Zero direct emissions
2035
Net Zero target
SBTi aligned
99%
Supply chain emissions
Our biggest lever
FY2025 Greenhouse Gas Report

Understanding our carbon footprint

Every year we conduct a full greenhouse gas inventory — tracking every tonne of CO₂ equivalent from the materials we source to the way our team travels. Here's what the FY2025 numbers tell us, and what we're doing about them.

Emissions by scope

Scope 1
0 tCO₂e
No direct fuel combustion or on-site processes.
Scope 2
9.1 tCO₂e
Grid electricity — 13,403 kWh consumed. Opportunity: switch to certified green power.
Scope 3
641.6 tCO₂e
Upstream supply chain — our primary focus area.

Total emissions fell from 868 tCO₂e in FY2024 to 650 tCO₂e in FY2025 — a reduction of 25%. This was driven primarily by more sustainable procurement and reduced supply chain intensity. The work continues.

Where Scope 3 comes from

Purchased goods and services 82%, upstream transport 15%, employee commuting 1%, business travel 1%, waste 1%.
Goods & services 82% Freight 15% Commuting 1% Travel 1% Other 1%

Top emission categories in purchased goods

429
tCO₂e — 67% of goods
Fabricated metal products — our largest material category, reflecting the steel and stainless-steel components in our product range.
13.8
tCO₂e — sawn hardwood timber
Hardwood timber accounts for a meaningful share of our footprint — driving our push toward locally sourced recycled timber alternatives.
19.8
tCO₂e — paints & coatings
Powder coatings and surface finishes carry a significant embedded carbon load. We're exploring lower-emission coating technologies.
Our Strategy

A roadmap for meaningful change

Our Sustainability Strategy Pack sets out a sequenced, practical path from where we are today to Net Zero by 2035. Aligned with Science Based Targets initiative (SBTi), Australian Sustainability Reporting Standards (ASRS), and B Corp principles, these goals are built to hold us accountable.

2025 – 2027 · Near term
Switch to 100% renewable electricity
Transition all facilities to GreenPower or Power Purchase Agreements. Conduct energy efficiency upgrades across lighting, HVAC, and smart metering. Target a 15% reduction in Scope 1 & 2 emissions and launch our first public Sustainability Impact Report.
2027 – 2030 · Medium term
42% absolute emissions reduction
Embed circular design into all new products. Engage tier-1 suppliers on emissions data and reduction plans. Launch product take-back and repair scheme. Expand low-carbon logistics, begin fleet electrification, and target 90% waste diversion from landfill.
2030 – 2035 · Long term
Net Zero by 2035
Install solar and battery at our main facility. Achieve 90% sustainable input materials. Reach 80% cradle-to-cradle certified products, 75% material recovery at end of life, and full supply chain SBTi alignment. Pursue B Corp "Best for the World – Workers" recognition.

Framework commitments

Science Based Targets initiative (SBTi)

Submitting near-term 2030 targets (≥42% reduction in Scope 1 & 2) and a long-term Net Zero by 2035 pathway for SBTi validation. Progress will be embedded in annual reporting with third-party verification.

Australian Sustainability Reporting Standards (ASRS)

Full compliance with ASRS 1 & 2 climate-related financial disclosures, including scenario analysis, Scope 1, 2 and 3 reporting, and transparent methodology documentation.

B Corp certification Long-term aspiration

B Corp certification is a long-term goal for MOS Urban — a standard we are actively building toward. The seven B Corp Impact Topics (fair work, justice and equity, human rights, climate action, environmental stewardship, circularity, and collective action) provide a meaningful framework that shapes how we think about our business today, even as formal certification remains a future milestone.

Key circular economy targets

90% waste diverted from landfill by 2030 Product take-back scheme by 2028 10% recycled content increase annually 80% metal & timber offcuts recycled by 2028 Digital material passports by 2028 75% end-of-life material recovery by 2030

Why we focus on reducing emissions rather than offsetting them

Carbon neutrality has become one of the most visible sustainability claims in our industry. We understand its appeal — and we respect that many organisations have pursued it genuinely. But it's not the path we've chosen, and we think the methodology behind our decision is worth explaining clearly.

The offset model and its limits

Carbon neutrality is typically achieved by combining an emissions reduction strategy with the purchase of carbon credits — funding third-party projects that theoretically absorb or avoid an equivalent volume of emissions elsewhere. Many certification programmes that govern this process are genuinely rigorous, and we don't dismiss the intent behind them.

Our concern is with what the methodology doesn't change: the emissions a business is actually producing. Carbon credits create an accounting balance — they don't alter the physical reality that those emissions are entering the atmosphere. "Carbon neutral" describes a net position on paper, not a reduction in output. For us, that distinction matters.

There is also a practical consideration. Carbon credits represent an ongoing cost that needs to be absorbed somewhere in the business — and in a competitive tendering environment, that cost invariably flows through to project pricing. Genuine emission reductions, by contrast, build long-term efficiency into the business itself.

Our methodology

The only honest measure of progress is whether emissions are actually falling — year on year, in absolute terms.

What this looks like in practice

  • We measure our full Scope 1, 2 and 3 emissions every year using GHG Protocol methodology and publish the results publicly — no black box, no estimates.
  • Our targets are set in absolute terms and aligned with the Science Based Targets initiative, meaning they reflect what climate science actually requires — not what's convenient to report.
  • We report progress year-on-year so our clients can see for themselves whether our emissions are genuinely declining — and hold us to account if they aren't.
  • Our Net Zero 2035 target is built entirely on direct emission reductions — through better materials, cleaner supply chains, and smarter design — not on purchasing a neutral outcome.

Where the market is heading

This is now reflected in government policy. In 2026, the Australian Government announced it will end the Climate Active certification programme — the country's only government-backed voluntary carbon neutral standard — with certification expected to cease on 30 June 2027. The official reasoning is that mandatory climate reporting requirements, now in force for large organisations under Australia's new disclosure framework, have superseded the need for a voluntary scheme.

This decision didn't come without warning. Participation in Climate Active had been declining for some time before the announcement, with organisations exiting the programme citing concerns over offset integrity and greenwashing risk. The government's decision reflects that broader loss of confidence.

For MOS Urban, this validates the position we've held from the outset: voluntary carbon neutrality certification was always a gap-filler, not a long-term standard. The future of credible climate accountability lies in mandatory, verifiable emissions reporting — which is exactly where our approach is already pointed.

A question worth asking any supplier

Are your total greenhouse gas emissions lower than they were last year? An annual GHG report answers that directly. A carbon neutrality certificate does not. We publish ours every year — and we'd encourage anyone procuring street furniture to make that the baseline expectation of every supplier they work with.

We recognise others in our industry — including some of our clients — have pursued carbon neutrality in good faith. We hold this view not as a critique of those choices, but as an honest articulation of what climate accountability means for us, and where we believe the industry needs to go.

Materials

Why we choose local recycled timber over imported hardwood

Timber is one of the most consequential material choices in public furniture. Where it comes from, how it was processed, and how far it travelled all shape its environmental story. We've made a deliberate decision — and here's why it matters.

Our preference

Local recycled timber

  • Dramatically lower carbon footprint — no long-haul sea freight, no deforestation. Recycled hardwood carries a fraction of the embodied carbon of virgin imported timber.
  • Supports Australian industry — sourcing locally keeps supply chains short and supports regional sawmills, salvage operations, and circular timber businesses.
  • Genuine circularity — reclaimed timber from demolished structures, wharves, and old buildings gives beautiful, characterful material a second life rather than landfill.
  • Comparable durability — recycled hardwoods like ironbark, spotted gum, and blackbutt are among the toughest timbers available, proven over decades of use.
  • Aligns with our GHG targets — hardwood timber was our 4th largest purchased-goods emission category in FY2025. Shifting to recycled sources directly reduces our Scope 3 footprint.
  • Verifiable provenance — local sourcing means we can trace and disclose the origin, supporting our commitment to transparent supply chain reporting.
What we're moving away from

Imported hardwood & composite alternatives

  • High transport emissions — imported hardwood from Southeast Asia, South America, or Europe adds significant upstream freight emissions. Sea freight was MOS Urban's second-largest Scope 3 category at 100 tCO₂e in FY2025.
  • Deforestation risk — even certified imported timber can carry biodiversity and land-use risks. Provenance is harder to verify at distance.
  • Composite wood (ModWood, WPC) — while marketed as sustainable, most composite decking products contain virgin plastic polymers (HDPE or PVC), which carry their own significant embodied carbon and end-of-life challenges.
  • Tropical hardwood — teak, merbau, and similar species are often slow-growing and sourced from regions with weaker forestry regulation, raising both ecological and supply chain integrity concerns.
  • Limited recyclability — composite products are difficult to separate and recycle at end of life, which conflicts with our circular design principles and take-back targets.

An emerging alternative worth watching

The case for bamboo

Bamboo is one of the most interesting materials in the sustainable design conversation — and increasingly, one worth taking seriously for public furniture. It isn't timber in the traditional sense, but it performs like one, and its environmental profile is genuinely compelling.

Growth & carbon
Bamboo is one of the fastest-growing plants on earth — some species grow up to a metre per day and reach harvest maturity in 3–5 years, compared to 25–80 years for typical hardwood species. This rapid regeneration means bamboo sequesters carbon at a remarkable rate, locking it into a durable product without long forest cycles.
Strength & durability
Engineered bamboo products — strand-woven bamboo in particular — have tensile strength comparable to structural steel by weight, and hardness ratings that exceed many traditional hardwoods. For outdoor furniture applications, treated and stabilised bamboo has demonstrated strong performance in weathering, UV resistance, and dimensional stability.
Low input farming
Bamboo requires no replanting after harvest — it regenerates from its existing root system — and can be grown without pesticides or fertilisers. It also produces significantly more usable material per hectare than softwood or hardwood plantations, making it an efficient use of agricultural land.
Embodied carbon
Lifecycle assessments consistently show that bamboo products carry lower embodied carbon than equivalent virgin hardwood, particularly when processing is efficient. When bamboo replaces imported tropical hardwood, the carbon benefit is even more pronounced — eliminating both deforestation risk and long-haul freight emissions from the equation.
Aesthetic versatility
Strand-woven and laminated bamboo products can be manufactured to tight tolerances in a range of profiles and finishes — making them suitable for slat seating, table tops, and decorative elements. The material has a distinctive, refined appearance that suits contemporary public space design well.
Considerations
Most commercial bamboo is currently grown and processed in China, meaning supply chains carry freight emissions and require careful provenance verification. Product quality and treatment standards vary between manufacturers, so specification needs to be rigorous. Australian-grown bamboo is limited in scale for now, though the sector is developing. These factors mean bamboo warrants careful evaluation rather than blanket adoption.

Our commitment

MOS Urban is progressively increasing the proportion of locally sourced, recycled, and FSC-certified timber in our product range. We're building relationships with Australian salvage timber suppliers and working to eliminate imported virgin hardwood from standard product specifications by 2028. Bamboo is an emerging material we're actively evaluating — where provenance can be verified and performance is proven, it represents a genuinely exciting addition to our sustainable materials toolkit. Every bench, seat, and table we produce is an opportunity to prove that beautiful, durable public furniture doesn't require extractive supply chains.

Materials

Green aluminium: the promise and the reality

Aluminium is a core material in our product range — frames, brackets, profiles, and extrusions. The idea of "green aluminium" carries real environmental promise, and we believe it represents an important direction for the industry. But we also believe in being honest: right now, in the Australian market, truly green aluminium is not readily available, not clearly defined, and not cost-competitive for a business like ours. Here's what that actually means, and what we're doing about it.

Why the idea matters

Conventional aluminium smelting is one of the most electricity-intensive industrial processes in the world. Most primary aluminium produced globally — and the majority that enters Australia's supply chain — is smelted using coal-fired power, particularly from China, which accounts for around 60% of global production.

By contrast, aluminium smelted using renewable hydroelectric or wind power — as produced in parts of Norway, Iceland, and Canada — carries dramatically lower embodied carbon. Some certified low-carbon primary aluminium carries as little as 2–4 kg CO₂e per kg of metal, compared to 16–20 kg CO₂e per kg for coal-powered primary production.

Recycled (secondary) aluminium is even more compelling: it uses approximately 5% of the energy of primary smelting, with a corresponding reduction in emissions. For any manufacturer, maximising recycled content in aluminium inputs is one of the most impactful material choices available.

The carbon gap

Coal-smelted aluminium: ~18 kg CO₂e/kg
Renewable-smelted: ~3 kg CO₂e/kg

That's roughly an 83% reduction in embodied carbon for the same material. The potential is significant — but only where verified supply exists.

Our FY2025 baseline

Aluminium products contributed 3.5 tCO₂e to our Scope 3 footprint in FY2025 — a relatively modest share of our total, but one that will grow in importance as we reduce emissions elsewhere.

The practical reality in Australia

Limited availability

Certified low-carbon primary aluminium from renewable-energy smelters is not currently available through standard Australian distribution channels. Accessing it would require importing directly from offshore producers — adding cost, complexity, and ironically, freight emissions.

No clear definition

There is no regulated or universally accepted standard for what constitutes "green aluminium" in the Australian market. Claims vary widely between producers and distributors, and without independent verification, the term risks becoming greenwash rather than a meaningful environmental signal.

Cost premium

Where low-carbon aluminium can be sourced internationally, it carries a significant price premium over standard product — a cost that is difficult to absorb in a competitive public furniture market where projects are typically priced on tight margins through tender processes.

What we can do now — and what we're watching

Maximise recycled content today

The most practical and available lever is secondary aluminium — scrap-based alloys with verified high recycled content. We are working with our extrusion and fabrication suppliers to understand and increase the recycled content in our aluminium inputs, which can meaningfully reduce embodied carbon without offshore supply chain complexity.

Design for recovery

Aluminium is infinitely recyclable — but only if it can be efficiently recovered at end of life. We design our aluminium-framed products for disassembly, using mechanical fasteners, standardised alloy grades, and material documentation so components can be cleanly sorted and re-entered into the recycling stream.

Push for supplier transparency

Our Supplier Code of Conduct requires environmental disclosure from key suppliers. For aluminium specifically, we are asking fabricators and distributors to provide data on energy sources and recycled content — creating a baseline that will allow us to make better sourcing decisions as the market matures.

Monitor the market

The low-carbon aluminium market is evolving. Major producers including Rio Tinto (Canada) and Hydro (Norway) are expanding certified low-carbon product lines, and Australian industry bodies are beginning to engage with definition and standards questions. We are tracking these developments and will reassess viability as the supply chain matures.

Advocate for standards

A clear, independently verified Australian definition of low-carbon aluminium would benefit the entire construction and manufacturing sector. We support industry efforts to establish credible standards — because without them, "green aluminium" risks being a marketing claim rather than a measurable environmental outcome.

A longer-term ambition

As verified low-carbon aluminium becomes more accessible in Australia — and as carbon pricing and procurement requirements create stronger market signals — transitioning our aluminium supply is a genuine medium-to-long-term goal. We'll pursue it when we can do so with integrity, not simply to make a claim.

Our position

We believe transparency is more valuable than optimism. Green aluminium represents a real and meaningful opportunity — but in the Australian market today, it is not a practical option we can adopt with confidence in the claims we would be making. Our focus in the near term is on maximising recycled content, designing for material recovery, and building the supplier relationships and data foundations that will allow us to move credibly when the market is ready. We won't use "green aluminium" as a label until we can back it up.