Eco-Friendly Demolition Melbourne: How We Recycle 85% of Site Materials

Most Melbourne homeowners, developers and commercial tenants picture demolition as a single act of destruction — an excavator turns up, a building comes down, a procession of trucks heads to landfill. The reality on a properly run 2026 demolition site looks almost nothing like that.

On a typical project we run across metropolitan Melbourne, roughly 85% of everything that comes out of the building, by weight, is diverted away from landfill — crushed, sorted, baled, scrapped or salvaged into a second life. Only the genuinely unrecoverable 15% pays the full metropolitan waste levy of $167.90 per tonne and ends up in the tip.

That isn’t a marketing claim with a green tinge. It’s the financial backbone of every modern demolition quote in Victoria. With the metropolitan landfill levy having jumped roughly 28% in a single year and another indexed rise due 1 July 2026, the cheapest legal way to demolish a Melbourne home, warehouse, retail tenancy or commercial fitout is also the most sustainable one.

This guide explains exactly how we hit that 85% recycling figure across our residential, commercial and industrial demolition work — what gets recovered, what doesn’t, how it’s regulated under EPA Victoria’s 2026 framework, and what to look for in a Melbourne demolition quote to make sure the recycling claim is real.

Key Takeaways — Eco-Friendly Demolition in 60 Seconds

85% landfill diversion is achievable on most metropolitan Melbourne residential and commercial demolitions when soft strip, mechanical demolition and material segregation are sequenced properly.
The waste hierarchy is law. Under the Environment Protection Act 2017, contractors must manage waste up the hierarchy — avoid, reduce, reuse, recycle, recover, treat, dispose — not just dump it.
Concrete and brick are the biggest stream, typically 60–80% of demolition waste by weight on a Melbourne residential or industrial job. Crushed and reused as recycled aggregate (RCA).
Steel is recovered for revenue, not paid to dispose of. Roof sheeting, rebar, plumbing, structural members — all to scrap recovery.
Timber, plasterboard, copper, fixtures and salvage items all have recycling pathways when separated at the soft strip stage.
Asbestos can’t be recycled — but proper Class B non-friable asbestos removal, with EPA Waste Tracker logging and an independent clearance certificate, keeps the rest of the site recyclable.
A single “mixed waste” tipping line on a quote is a red flag for both compliance and cost. Real recycling shows up itemised.
Service area: residential, commercial, industrial and bushfire-damaged demolition across every metropolitan Melbourne council and regional Victoria.

Why Eco-Friendly Demolition Isn’t Optional Anymore in Victoria

The phrase eco-friendly demolition sounds like a value-add. In Victoria in 2026, it’s closer to a baseline regulatory requirement — and an economic one.

Three forces are doing the work:

1. The Waste Hierarchy Is a Legal Duty

Under the Environment Protection Act 2017 and the Environment Protection Regulations 2021, every business handling demolition waste in Victoria carries a General Environmental Duty (GED). That duty is enforced by EPA Victoria and requires waste to be managed up the hierarchy:

Avoid → Reduce → Reuse → Recycle → Recover → Treat → Dispose

Disposal sits at the bottom for a reason. Tipping is the option of last resort, not the default. Breaches of the GED can attract penalties up to roughly $1.8 million for companies per offence, and EPA’s Illegal Waste Dumping Taskforce has been particularly active across Melbourne and regional Victoria, with snap inspections of skip-bin operators, six-figure penalties for serial dumpers, and recent court action exceeding $1.6 million for prescribed industrial waste offences.

The full waste-side framework sits in our EPA Victoria Construction and Demolition Waste Rules 2026 guide.

2. The Waste Levy Has Made Recycling Pay For Itself

The metropolitan waste levy is $167.90 per tonne from 1 July 2025 and is indexed to rise again from 1 July 2026. On a single average Melbourne residential demolition — typically 80–150 tonnes of material coming off the slab — that’s a potential $13,000–$25,000 of disposal cost if every load went to landfill.

Recycle 85% of it, and the disposal-side cost on the same job collapses to $2,000–$4,000. The rest of the materials are crushed and reused (often on the same site as backfill or sub-base), or sold to scrap recovery as revenue against the project.

On industrial demolitions the arithmetic is more dramatic. A 4,000-tonne tilt-panel warehouse demolition without on-site crushing easily costs $300,000–$500,000 more in levy and tipping alone than the same job run through an on-site crusher. We unpacked the industrial side in our Factory and Warehouse Demolition Victoria: What’s Different guide.

3. Clients Now Ask About It

Knockdown-rebuild clients, townhouse developers, commercial tenants on end-of-lease make-goods, retail rollouts and government-funded projects increasingly require landfill diversion reporting as part of the project documentation. Green Star ratings, NCC Section J compliance, ESG reporting and corporate sustainability disclosures all flow back to the demolition contractor’s recycling metrics.

A quote that can’t show a credible diversion percentage with weighbridge dockets behind it is increasingly unbuildable for any client with a procurement function.

What “85% Recycled” Actually Means On Site

The recycling figure on a demolition project is calculated by weight — total tonnes of material leaving the site, broken into streams, with each stream measured against a destination. On our standard residential and commercial work in Melbourne, the breakdown looks roughly like this:

Material stream	Typical % of total weight	Destination
Clean concrete (slab, footings, paths)	35–50%	Crushing → recycled aggregate (RCA)
Brick and masonry	15–25%	Crushing → recycled aggregate or reclaimed brick
Steel (roof sheet, rebar, plumbing, frames)	5–10%	Scrap recovery → revenue
Clean timber (framing, flooring, structural)	3–8%	Reuse, mulching or feedstock
Salvage items (fittings, fixtures, heritage)	1–5%	Resale and reuse
Plasterboard	2–4%	Recycled gypsum where viable
Mixed/unrecoverable waste	8–15%	EPA-authorised landfill
Asbestos waste (where present)	Highly variable	EPA-authorised asbestos cell — never recyclable

The 85% figure is clean construction and demolition waste diverted from landfill — it deliberately excludes asbestos, which is non-negotiable as a landfill stream regardless of how well a project is run.

Let’s walk through each major stream in turn.

Stream 1: Concrete and Brick — The Single Biggest Recycling Win

Concrete and brick are, by weight, the dominant stream on virtually every demolition we run across Melbourne. On a typical brick-veneer suburban home in Reservoir, Glen Waverley, Bentleigh or Werribee, slab, footings and external walls together can account for 60–75% of total tonnage. On industrial warehouses in Dandenong, Laverton or Truganina, tilt-panels and floor slabs push that to 70–85%.

How It Works

The slab and footings are broken out mechanically — typically with a 5–13 tonne excavator using a hydraulic hammer or pulveriser attachment.
Steel reinforcement (rebar) is separated as the concrete is crushed. Magnets and manual sorting recover the steel for scrap recovery.
Clean concrete and brick are stockpiled separately on the ground, away from any contaminated streams.
Material is either crushed on site (on larger jobs where space and project economics warrant a mobile crusher) or trucked to a recycling facility for processing into Recycled Concrete Aggregate (RCA).

RCA has well-established structural and civil applications — sub-base for roads, driveways, car parks; fill for retaining walls and embankments; drainage layers; and, increasingly, as a partial aggregate replacement in non-structural concrete mixes.

Why It Matters Financially

At $167.90 per tonne to landfill in metropolitan Melbourne, a 100-tonne concrete slab costs roughly $16,790 to dispose of as waste. Diverted to crushing, it has a recovery value of $10–$15 per tonne, meaning the same material moves from being a $16,790 liability to potentially a small revenue line — a swing of roughly $18,000–$19,000 on a single residential job.

That’s why on properly run quotes, the concrete and brick line item is separate from the mixed-waste tipping line. If you only see one disposal line on your demolition quote, the contractor is either overpaying landfill on every tonne or planning to dispose of it somewhere unlawful. Both are bad outcomes — for your wallet, for the environment, and for your liability if the destination turns out to be illegal.

Where The Crushing Happens

Across our project footprint we work with a network of EPA-licensed resource recovery facilities spread through metropolitan Melbourne — from the western recyclers servicing Werribee, Truganina, Laverton and Melton growth-corridor demolitions, through to the southern facilities handling Dandenong, Cranbourne, Pakenham, Officer and Mornington Peninsula work, the northern processors taking Craigieburn, Mickleham, Donnybrook and Wollert volumes, and the inner-suburban network handling Fitzroy, Carlton, Richmond, Brunswick, Footscray and Yarraville projects. Every facility we send to has the right EPA authorisation to receive that waste category, with weighbridge dockets retained on file as proof of lawful diversion.

Stream 2: Steel and Metals — The Revenue Stream

Steel doesn’t get paid to dispose of — it gets paid for. On a Melbourne demolition, the recoverable metals typically include:

Reinforcement steel (rebar) from concrete slabs and footings
Roof sheeting (Colorbond, galvanised steel, zincalume)
Structural steel — beams, columns, lintels, RHS framing, portal frames on industrial sites
Copper — water pipework, cabling, hot water systems, electrical wiring
Aluminium — window frames, downpipes, gutters, flashing
Brass and bronze — door hardware, plumbing fittings, heritage fixtures
Cast iron — drainage, decorative items, heritage fireplaces and surrounds

All of these are segregated on site as the soft strip and mechanical demolition progress, stockpiled separately by metal type, and sold to scrap recovery operators who pay current spot prices by weight. On a typical residential demolition the metals recovery generally runs into the hundreds of dollars; on industrial demolitions with hundreds of tonnes of structural steel, it can reach tens to hundreds of thousands of dollars of recovery value.

Crucially, scrap-recovered steel goes back into Australian steelmaking via electric arc furnaces — a far lower-carbon process than primary blast-furnace steel production. So the embodied carbon savings on this stream alone are substantial.

Stream 3: Timber — Salvage First, Recycle Second

Timber recovery depends heavily on what era the building was constructed in.

Pre-1940s Heritage Stock

Inner-Melbourne heritage cottages and terraces — the brick-and-timber stock across Fitzroy, Carlton, Collingwood, Richmond, South Melbourne, Albert Park, Williamstown and Brunswick — were built with hardwood structural timbers (often Victorian ash, blue gum, ironbark or messmate) that are now functionally irreplaceable. Old-growth hardwood floorboards, exposed beams, ceiling joists, weatherboard cladding and roof trusses all have genuine salvage value.

On a heritage soft strip we routinely recover:

Hardwood floorboards (often $50–$120/m² resale)
Weatherboards (cleaned, denailed and on-sold)
Structural beams and posts
Architraves, skirting and picture rails
Doors, mantelpieces, fireplaces, leadlight windows
Reclaimed bricks (the Melbourne reclaimed-brick market is strong)

For the full sequencing on heritage projects, see our Heritage House Renovations: When Partial Demolition Is Allowed in Melbourne guide.

Post-War to 1990s Stock

The mid-century brick-veneer and weatherboard stock across Reservoir, Preston, Box Hill, Bentleigh, Cheltenham, Frankston, Sunshine and the older outer-suburban belts contains less salvage-grade timber but still generates recoverable framing — pine, hardwood and treated pine — that goes to mulching, biomass feedstock or, where genuinely clean, to second-hand timber yards.

Treated Timber — A Compliance Trap

CCA-treated pine (the green-tinged pine used in decks, retaining walls, pergolas, fence posts and outdoor structures) is classified as priority waste under the Environment Protection Regulations 2021. It cannot go to general timber recycling, cannot be mulched for landscaping, and cannot be burned. It must be separated and sent to an authorised facility. Quotes that treat all timber as a single recycling stream miss this — and the duty-holder exposure falls back on the property owner.

Stream 4: Salvage and Fixtures — The Soft Strip Premium

The soft strip stage is where the recycling percentage is genuinely made or lost on a Melbourne demolition. Pulling out fixtures, fittings, fixed plant and salvageable elements before the excavator arrives is the difference between a clean recycling stream and a mixed-rubble landfill consignment.

On a typical soft strip we segregate and recover:

Kitchen and bathroom fixtures — ovens, cooktops, sinks, taps, baths, vanities (resale or scrap)
Internal doors, hardware and architraves (resale)
Wall and floor tiles in good condition (reuse market)
Heritage fixtures — claw-foot baths, leadlight, fireplaces, mantelpieces, cornices
Carpets and floor coverings (some recycling pathways for synthetic carpet)
Light fittings, ceiling fans and electrical fixtures (scrap and resale)
Cabinetry and joinery (sometimes reusable in their entirety)
HVAC and split systems — degassed under licence, then scrapped
Hot water systems — scrap recovery
Solar panels and inverters — increasingly common and have their own recycling pathway

For the full methodology, see our Soft Strip vs Hard Demolition: Choosing the Right Method in Melbourne guide.

Soft strip is also where the waste hierarchy is most visibly applied. A claw-foot bath that gets crushed in the slab is mixed waste at $167.90 a tonne. The same claw-foot bath pulled out cleanly in the soft strip is a $400–$2,000 resale item.

Stream 5: Asbestos — Why It Can’t Be Recycled (And Why That Matters)

Asbestos can’t be recycled. Full stop. It’s pre-classified as reportable priority waste (RPW) under Schedule 5 of the Environment Protection Regulations 2021 and must go to an EPA-licensed landfill cell specifically authorised to receive it.

But asbestos handling is exactly why the rest of the 85% recycling figure is possible.

How Asbestos Is Sequenced on an Eco-Friendly Demolition

Most Melbourne homes built before the end of 2003 contain asbestos-containing material (ACM) somewhere — typically in eaves, soffits, cement-sheet cladding, vinyl floor tiles, fibro fences, electrical backing boards, internal wet-area linings and old roof flashing. The full picture of where it hides sits in our Asbestos in Melbourne Homes: How to Identify Before Demolition guide.

A properly run eco-friendly demolition sequences asbestos this way:

Hazardous materials survey by a competent person, identifying every ACM and other regulated substance on site.
WorkSafe Victoria notification lodged at least 5 days before Class B non-friable asbestos removal begins.
Class B licensed asbestos removal — wet methods, P2 respirators, Type 5/6 coveralls, sealed waste, EPA Waste Tracker logged at every change of hands, A10a or A10b permitted transporter, EPA-authorised landfill cell at the destination.
Independent licensed assessor issues an asbestos clearance certificate for the area before any further works.
Then — and only then — does mechanical demolition begin.

Why does that matter for recycling? Because if non-friable asbestos is left in place and the building gets pushed over by an excavator, the material is mechanically damaged and becomes friable. The whole site — including the surrounding soil — becomes contaminated. Class A (friable) clean-up costs 3–5× more than Class B removal, the top 100 mm of soil has to be removed and managed as asbestos-contaminated reportable priority waste, and none of the remaining concrete, brick, timber or steel can be recycled because it’s all now classified as asbestos-impacted waste.

In other words: skipping the proper asbestos sequence doesn’t just create a health and compliance disaster — it destroys the entire recycling outcome for the project. A demolition that should have hit 85% recycling collapses to roughly 0% diversion, and the whole site ends up as asbestos-contaminated landfill at premium rates.

Our Friable vs Non-Friable Asbestos in Melbourne Demolition guide covers the mechanics in detail, and Licensed Asbestos Removal Victoria: How to Verify Your Contractor walks you through verifying any contractor’s credentials.

How We Hit 85% — The Step-by-Step Method

Here is the actual sequence on a properly run residential demolition in metropolitan Melbourne. Every stage has a direct recycling consequence.

Step 1: Pre-Start Waste Plan

Before the first crew arrives we develop a pre-start waste plan identifying every likely waste stream, expected tonnage, and destination — including which crusher, which scrap yard, which timber recycler, which asbestos cell. This is a working document, not a generic template.

Step 2: Hazardous Materials Survey

A competent person surveys the building for ACM, lead-painted materials, PCB-containing fluorescent ballasts, refrigerant gases and any other regulated substances. The survey drives the soft strip sequencing.

Step 3: Utility Disconnections

All four services — electricity, gas, water and telecoms — are lawfully disconnected and confirmed in writing before any demolition activity begins. We covered the full process in How We Disconnect Utilities Before Demolition in Melbourne.

Step 4: Soft Strip and Salvage

Hand-tool work — windows, doors, fixtures, fittings, kitchens, bathrooms, joinery, fixed plant — all removed and segregated into separate streams. Salvage items put aside for resale or reuse. Refrigerant gases recovered under licence. Fluorescent ballasts segregated as priority waste.

Step 5: Class B Asbestos Removal

Non-friable ACM removed under controlled conditions, wet methods, sealed waste, Waste Tracker logged, independent clearance certificate issued. Class A specialists engaged if any friable material is encountered.

Step 6: Mechanical Demolition With Progressive Segregation

A 5–13 tonne excavator with the appropriate attachment (grapple, shear, pulveriser or hammer) brings the structure down progressively, working top-down. As material falls, the ground crew stockpiles it into separate streams:

Clean concrete pile
Clean brick pile
Steel pile
Timber pile (clean and treated separate)
Mixed/unrecoverable pile

Dust suppression — water cannons, hoses or misters — runs continuously through the active phase.

Step 7: Slab and Footings

Slab broken out, rebar magnetically separated, clean concrete added to the crushing pile.

Step 8: Material Movement and Documentation

Each stream is loaded into the appropriate transport — bulk tippers for concrete and brick, scrap trucks for steel, asbestos vehicles with A10a or A10b permission for ACM. Weighbridge dockets are collected at every destination, and EPA Waste Tracker records are logged for every RPW movement.

Step 9: Site Grading and Handover

The site is graded to the agreed level for the next stage (usually the builder taking over for the new build). The client receives a full documentation pack — weighbridge dockets, asbestos clearance certificate, Waste Tracker manifest summaries, scrap recovery receipts — proving the diversion outcome.

The full project sequence, including the 7-step approval pathway, sits in our Residential Demolition Process Melbourne: 7-Step Walkthrough.

The Carbon Story — Why 85% Recycling Matters Beyond The Quote

Recycling demolition materials doesn’t just save landfill levy. It also avoids the embodied carbon of producing the same materials from virgin resources.

The ballpark embodied-carbon savings on a typical 100-tonne Melbourne residential demolition look like this:

Concrete to RCA instead of virgin aggregate: roughly 5–15 kg CO₂-e saved per tonne of aggregate replaced
Steel scrap to electric arc furnace instead of primary steel: roughly 1.5–2 tonnes CO₂-e saved per tonne of recovered steel
Reclaimed timber instead of new hardwood: roughly 0.7–1.5 tonnes CO₂-e saved per cubic metre
Avoided landfill methane emissions: variable, but material

On a single average residential knockdown rebuild, the embodied carbon avoided through 85% recycling is generally in the range of 10–25 tonnes CO₂-e — the equivalent of taking a small passenger car off the road for 3–7 years.

Scale that to industrial demolitions, multi-unit townhouse developments and CBD commercial work, and the cumulative carbon impact across a metropolitan demolition portfolio is genuinely material — which is increasingly why builders’ procurement teams ask for it in writing.

How To Read a Quote To Tell If The Recycling Claim Is Real

Anyone can say “we recycle 80% of materials” on a website. Here’s what to look for in the actual quote and contract to verify it:

✅ Separate line items for at least three waste streams — concrete and brick to crushing, steel to scrap recovery, mixed waste to landfill. Asbestos as its own line.

✅ Named destinations — actual recycler names, scrap operators, asbestos cells. Not just “to be confirmed”.

✅ EPA Waste Tracker reference for all RPW movements — visible in the contract, not buried in a phone call.

✅ A10a or A10b transporter permission numbers for asbestos and other RPW.

✅ Weighbridge docket retention commitment — generally 5 years minimum (we keep 7).

✅ Pre-start waste plan referenced in the scope of works.

✅ Diversion percentage commitment — with weighbridge evidence on completion.

✅ Asbestos clearance certificate from an independent licensed assessor (not the removalist).

🚩 Single mixed-waste tipping line for the entire job — major red flag for both cost and compliance.

🚩 “All waste to recycling” with no named destinations — meaningless.

🚩 No reference to EPA Waste Tracker, A10a/A10b, or the Environment Protection Act 2017 — suggests the contractor isn’t operating under the current 2026 framework.

🚩 Cash-cheap quotes that are far below market — almost certainly involve unlawful disposal somewhere, with the duty-holder exposure flowing back to the property owner.

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Frequently Asked Questions — Eco-Friendly Demolition Melbourne

What is the typical recycling rate for Melbourne demolition projects?

Properly run Melbourne demolition contractors typically divert 80–90% of clean construction and demolition waste from landfill. The 85% figure we work to is a conservative average across residential, commercial and industrial projects with normal complexity. Heritage projects with significant salvage often exceed 90%. Bushfire-damaged sites with widespread asbestos contamination sit lower, because more material is unrecoverable.

Is eco-friendly demolition more expensive than standard demolition?

No — and it’s usually cheaper. At the 2025–26 metropolitan waste levy of $167.90 per tonne, sending mixed waste to landfill is the most expensive disposal pathway available. Separating clean concrete, brick and steel out of the waste stream saves a meaningful percentage of the disposal bill, often more than the additional sorting labour costs. The eco-friendly methodology is the financially optimal methodology in 2026.

What happens to recycled concrete from a Melbourne demolition?

It becomes Recycled Concrete Aggregate (RCA) — used as sub-base for roads, driveways, car parks, retaining walls, drainage layers, and as a partial aggregate replacement in non-structural concrete mixes. EPA Victoria–authorised crushing facilities across Melbourne process the material and on-sell it through the civil and landscaping markets.

Can asbestos be recycled?

No. Asbestos is pre-classified as reportable priority waste under Schedule 5 of the Environment Protection Regulations 2021 and must go to an EPA-licensed landfill cell specifically authorised to receive it. It cannot be crushed, repurposed, mulched or composted under any circumstances. Proper Class B non-friable asbestos removal is what keeps the rest of the site recyclable.

Do I need a special permit for eco-friendly demolition?

No — the recycling pathway is built into the standard demolition permit and EPA framework. What you need is a contractor who actually applies the waste hierarchy under the Environment Protection Act 2017, holds the right asbestos licensing (Class B for non-friable, Class A for friable), uses EPA Waste Tracker for all reportable priority waste, and transports through A10a or A10b permission holders. There’s no separate “green demolition permit” — there are just contractors who comply with the existing framework, and those who don’t.

Can the recycled materials from my demolition be used on my new build?

Yes — and increasingly clients ask for it. Recycled aggregate from your old slab can be used as sub-base under your new driveway, paths, retaining walls or compacted fill. Reclaimed bricks can become a feature wall or paving. Salvaged hardwood floorboards can be re-laid in the new home. Heritage fireplaces, mantels and leadlight commonly migrate from the old building into the new design. Talk to your demolition contractor and your builder about salvage plans at the quote stage so the right items get pulled out cleanly during the soft strip.

How is the recycling rate verified at the end of the project?

Through weighbridge dockets, EPA Waste Tracker records and scrap recovery receipts. Every tonne leaving the site crosses a weighbridge at its destination. Concrete crushing facilities, scrap yards, asbestos cells and landfills all issue dockets with weights and waste classifications. Adding the diverted streams against the total tonnage gives the diversion percentage with audit-grade evidence. We provide this documentation pack to every client at handover.

Is on-site crushing available for Melbourne residential demolitions?

Usually only for larger sites. Mobile crushers need space to operate safely, plus a stockpile area, plus a use for the crushed output. On a standard suburban block in Reservoir, Glen Waverley or Bentleigh, the economics don’t work — the concrete goes off-site to a fixed crushing facility. On industrial sites, multi-lot townhouse developments and rural Victorian projects in places like the Yarra Ranges, Macedon Ranges or the Mornington Peninsula, on-site crushing is often viable and built into the methodology from day one.

What about plasterboard, plastics and small materials?

Plasterboard has dedicated recycling pathways in Victoria when separated cleanly — the gypsum core can be recovered. Mixed or wet plasterboard, or plasterboard with potential ACM contamination, goes to landfill as priority waste. Plastics, soft furnishings, insulation foams and miscellaneous small materials generally have limited recycling pathways and form most of the unrecoverable 15%.

Does the recycling change if my house was bushfire-damaged?

Yes — substantially. Fire damage degrades materials and routinely cross-contaminates the site with combustion residues, asbestos fibres released from burnt ACM, hydrocarbons, heavy metals and dioxins. Recycling rates on bushfire-damaged demolitions are typically much lower than standard, because more material ends up classified as contaminated waste. Our Bushfire-Damaged Property Demolition: The Victorian Process guide covers this in detail.

Get a Properly Scoped, Eco-Friendly Melbourne Demolition Quote

We’re a fully licensed Melbourne demolition company with Class B (non-friable) asbestos removal capability — meaning your soft strip, salvage, asbestos removal, EPA Waste Tracker compliance, material segregation, weighbridge documentation and full diversion reporting are all delivered under one insured roof, across every metropolitan Melbourne council and regional Victorian centre.

We run eco-friendly demolition projects targeting 85%+ landfill diversion across:

Inner Melbourne: CBD, Carlton, Fitzroy, Collingwood, Richmond, South Yarra, St Kilda, Albert Park, Southbank, Docklands
Inner-east: Hawthorn, Kew, Camberwell, Malvern, Toorak, Brighton, Caulfield, Glen Iris, Armadale, Prahran
North: Brunswick, Coburg, Pascoe Vale, Essendon, Heidelberg, Ivanhoe, Northcote, Thornbury, Preston, Reservoir
Inner-west: Footscray, Yarraville, Seddon, Williamstown, Maribyrnong, Sunshine
East and outer-east: Box Hill, Doncaster, Ringwood, Croydon, Lilydale, Belgrave, Mitcham, Glen Waverley, Mount Waverley
South-east: Bentleigh, Cheltenham, Mentone, Mordialloc, Frankston, Dandenong, Clayton, Springvale
Mornington Peninsula: Mornington, Mt Eliza, Rosebud, Sorrento, Portsea, Rye, Dromana
Outer-west growth corridor: Werribee, Point Cook, Tarneit, Truganina, Melton, Caroline Springs, Wyndham Vale
Outer-south growth corridor: Berwick, Cranbourne, Narre Warren, Pakenham, Officer, Clyde, Beaconsfield
Outer-north growth corridor: Craigieburn, Mickleham, Donnybrook, Wollert, Mernda, Doreen, Epping
Regional Victoria: Geelong, Ballarat, Bendigo, Yarra Ranges, Macedon Ranges, Bass Coast, Gippsland

Whether it’s a knock-down rebuild in the growth corridor, a heritage strip-out in the inner suburbs, a townhouse development demolition for a small developer, an end-of-lease commercial make-good in a CBD tower or Chadstone tenancy, a warehouse demolition in Dandenong or Laverton, a factory site clearance for a rezoned industrial parcel, or a bushfire-damaged property in regional Victoria — we’ll scope the waste streams properly, sequence the asbestos and recycling compliance correctly, and hand you a documentation pack that proves the diversion outcome.

Call us today for a free site inspection and a fixed-price quote — with material recycling, asbestos removal, EPA waste tracking and your projected landfill diversion percentage properly itemised, and every WorkSafe Victoria, EPA Victoria and council requirement covered from quote to clearance certificate.

Related Guides

Disclaimer: This guide summarises eco-friendly demolition methodology, recycling pathways and waste compliance requirements for residential, commercial and industrial projects in metropolitan Melbourne and regional Victoria as of May 2026 in plain English. It is not legal, planning, structural, environmental or compliance advice. Regulator requirements, waste levy rates, licensing rules and recycling pathways change regularly — always check the current Building Act 1993, Building Regulations 2018, OHS Act 2004, OHS Regulations 2017, WorkSafe Victoria Compliance Code: Demolition (Edition 2, 2019), Environment Protection Act 2017 and Environment Protection Regulations 2021, or consult a qualified building surveyor, licensed demolition contractor, EPA-recognised environmental consultant or OHS professional, before relying on this information for a specific project.