# Waste Management Model Model a waste-management business from collection and disposal volumes through to cash flow, capacity, and valuation. - Canonical: https://finamodel.com/templates/waste-management - Excel download: https://finamodel.com/templates/waste-management.xlsx - Category: Infrastructure - Model type: Valuation - Difficulty: Intermediate - Audiences: Investors & analysts, PE & buy-side, CFOs & FP&A, Equity research analysts, Infrastructure investors, Corporate development teams, Credit analysts, Waste operators, Sector CFOs - Tags: waste, recycling, landfill, infrastructure, dcf, solid waste, tipping fees, DCF, internalisation ## Overview Waste management is a steady, asset-heavy business with several moving parts: collection routes, disposal sites, recycling, and long-lived landfill capacity. This model brings those activities together in one operating plan. Use it to understand how volume, pricing, operating costs, and remaining disposal capacity affect profitability and value. It is designed for investors, operators, and deal teams evaluating an integrated waste platform. ## What's included - Volume inputs: residential, commercial, industrial, third-party, and recycling tons with annual growth - Landfill inputs: internalisation rate and total permitted airspace - Pricing: per-ton collection rates, tipping fee, recycling price, surcharge %, price escalation - Cost structure: labour, fuel, maintenance, SG&A (% of revenue); landfill operating and amortisation per ton; depreciation %; tax - Capital and working capital: maintenance and growth capex %, NWC % of revenue growth, base-year revenue - Valuation: WACC, terminal growth, net debt, shares outstanding - Volumes sheet: collection, disposal, and recycling tons with a landfill-airspace roll-forward and remaining life - Revenue sheet: collection by line, tipping, recycling, surcharge, total revenue - P&L sheet: revenue to net income with landfill amortisation and fleet depreciation, margins, identity check - FCF sheet: NOPAT, D&A add-back, capex, change in NWC, unlevered FCF, discount factor, PV - Valuation sheet: sum of PV, terminal value, enterprise value, equity value, value per share, implied EV/EBITDA - Dashboard with EV, equity value, per share, EV/EBITDA, EBITDA margin, landfill life, and revenue mix with traffic-light status - Capital & working capital: maintenance and growth capex %, NWC % of revenue growth, base-year revenue - Volume build by stream: residential, commercial, and industrial/roll-off collection tons, plus third-party disposal and recycling tons - Landfill-airspace roll-forward with remaining life - Revenue build: collection by line at $/ton, landfill tipping fees, recycling commodity sales, and a fuel and environmental surcharge - P&L from revenue through labour, fuel, landfill operating cost, maintenance, and SG&A to EBITDA - Landfill amortisation (units-of-production) and fleet depreciation, an unlevered FCF bridge, and a WACC-based DCF - One-page dashboard: EV, equity value, value per share, implied EV/EBITDA, Y7 EBITDA margin, and remaining landfill life ## Waste Management Model: How Integrated Operators Turn Tonnage into Value This waste management model evaluates an integrated collection, disposal, and recycling operator. It traces seven years of volumes, revenue, and costs to produce EBITDA and unlevered free cash flow. A discounted cash flow drives enterprise and equity value. Airspace depletion and internalisation are built in, so users can see how landfill life and pricing power interact with valuation and cash generation. ### Documented Operating Drivers The model is driven by a defined set of volume, pricing, and cost assumptions that reflect an integrated waste operator. Volumes are split by collection line — residential, commercial, and industrial — each with its own growth rate. - An internalisation rate then determines how much of that collected volume is routed to owned landfills, while third-party tons arrive separately. A finite permitted airspace is depleted each year by total disposal tons. - On the pricing side, collection rates, tipping fees, recycling prices, a fuel and environmental surcharge, and an escalation factor determine revenue. Cost drivers include labour, fuel, maintenance, SG&A, landfill operating cost per ton, landfill amortisation per ton, fleet depreciation, and tax. ### Calculation Flow and Internal Logic The calculation flow moves from assumptions through volumes, revenue, the P&L, free cash flow, and finally valuation. Collection tons grow by line, and the total is split between internalised and third-party tons. - Internalised tons do not generate external revenue but consume airspace and incur landfill operating and amortisation costs. Revenue comes from collection rates on total collection tons, tipping fees on third-party tons, recycling commodity sales, and the surcharge on collection revenue. - Operating costs are driven by revenue percentages, while landfill operating cost and amortisation are driven by total disposal tons. EBITDA then leads to EBIT after D&A, unlevered tax, NOPAT, and unlevered free cash flow after capex and working capital. A discount factor converts each year’s cash flow to present value, and a terminal value is added to reach enterprise value, then equity value and value per share. ### Outputs and Dashboard Metrics The model produces a clear set of outputs for analysis. The P&L shows EBITDA, EBITDA margin, EBIT, net income, and net margin. - The free cash flow bridge generates unlevered free cash flow and its present value. Valuation outputs include enterprise value, equity value, value per share, and an implied EV/EBITDA multiple based on Year 1 EBITDA. - A one-page dashboard summarises enterprise value, equity value, value per share, implied EV/EBITDA, Year 7 revenue, Year 7 EBITDA margin, remaining landfill life, and a Year 7 revenue mix by stream. Each dashboard metric carries a traffic-light status based on thresholds that you set. ### Practical Application and Validation This model is useful for evaluating how volume growth, pricing, internalisation rates, capex intensity, and landfill capacity interact to shape value. It clarifies that internalised tons are not external revenue but still consume airspace and cost, that landfill airspace is a finite asset amortised on a per-ton basis, and that price escalation works alongside volume growth. - The unlevered free cash flow bridge makes the gap between EBITDA margin and cash conversion visible. Built-in validation checks ensure that collection tons sum correctly, airspace rolls forward without turning negative, revenue components add up, and the P&L identity balances. - The public version is a values-only preview — it does not contain live formulas or automatically recalculate. ## Built on the landfill, a depleting asset When the question is what an integrated waste operator is worth, the answer turns on a finite permitted airspace that depletes as tons are buried. This template runs an explicit airspace roll-forward, amortises the landfill units-of-production at a dollar-per-ton rate, and surfaces remaining life as the headline reserve metric so analysts and investors can see capacity and value together. ## Designed for one-edit responsiveness Every input - tons and growth by waste line, the internalisation rate, permitted airspace, per-ton rates, tipping fee, recycling price, the full cost stack, capex, working capital, and the WACC - is a named-range cell. Edit one and the volumes, revenue, P&L, free-cash-flow bridge, valuation, and dashboard all recompute. No formula rewrites are needed to test a pricing or volume scenario. ## An unlevered DCF, not an EBITDA shortcut Waste runs high EBITDA margins but heavy depreciation, amortisation, and capex, so the model bridges to unlevered free cash flow and discounts it at a WACC with a Gordon-growth terminal value. Enterprise value bridges through net debt to equity value and a per-share figure, and the implied EV/EBITDA falls out as a sanity check against the ten-to-fourteen-times sector range. ## Tonnage and landfill airspace A volume build by waste line and a landfill-airspace roll-forward set the tonnage base and the remaining-life metric that defines a waste operator. ## Per-ton revenue Collection at $/ton, third-party tipping fees, recycling commodity sales, and a fuel and environmental surcharge are modeled separately, so the internalisation advantage and pricing are explicit. ## Unlevered DCF and dashboard A NOPAT plus D&A less capex and working-capital bridge feeds a WACC-based DCF, summarised on a one-page dashboard of EV, equity value, value per share, and remaining landfill life. ## Workbook structure ### Cover Workbook overview, sheet legend, units, and tab-colour key. - Title and scope framing - Sheet-by-sheet purpose summary - Units and tab-colour legend ### Assumptions Every driver in one sheet: volumes, pricing, costs, capital, valuation. - Tons and growth by waste line - Internalisation rate and permitted airspace - Per-ton rates, tipping fee, recycling price, surcharge, escalation - Cost stack: labour, fuel, landfill opex, maintenance, SG&A, amortisation, depreciation, tax - Capex %, NWC %, base-year revenue - WACC, terminal growth, net debt, shares - EBITDA-margin and landfill-life status thresholds ### Volumes Tonnage build and landfill airspace. - Residential, commercial, industrial collection tons with growth - Total collection tons - Internalised tons = collection × internalisation rate - Third-party tons and total disposal tons - Recycling tons - Airspace roll-forward: opening less disposed equals closing - Remaining life = closing airspace / annual tons ### Revenue Revenue by stream. - Residential, commercial, industrial collection = tons × rate × escalation - Total collection revenue - Tipping and disposal = third-party tons × gate fee - Recycling = tons × commodity price - Fuel and environmental surcharge = collection × surcharge % - Total revenue ### P&L Revenue to net income. - Total revenue from Revenue sheet - Labour, fuel, maintenance, SG&A as % of revenue - Landfill operating = disposal tons × per-ton cost - EBITDA = revenue less total opex - Landfill amortisation = disposal tons × per-ton rate - Fleet depreciation as % of revenue - EBIT, tax on positive EBIT, net income - EBITDA and net margins, identity check ### FCF Unlevered free cash flow bridge. - EBIT and unlevered tax from the P&L - NOPAT = EBIT less unlevered tax - Add back total D&A - Maintenance and growth capex as % of revenue - Change in net working capital on revenue growth - Unlevered free cash flow - Discount factor and PV of UFCF ### Valuation Discounted cash flow. - Sum of PV of explicit UFCF - Gordon-growth terminal value and its PV - Enterprise value - Less net debt to equity value - Shares outstanding and value per share - Implied EV/EBITDA ### Dashboard Headline metrics with traffic-light status and revenue mix. - Enterprise value, equity value, value per share - Implied EV/EBITDA - Y7 revenue and EBITDA margin with On-track / Watch / Stretched flag - Remaining landfill life with On-track / Watch / Low flag - Y7 revenue mix: collection / disposal / recycling / surcharge ## Features - **Built on the landfill - a depleting asset:** Permitted airspace is finite, so the model runs an explicit roll-forward - opening capacity less tons disposed equals closing capacity - and amortises the landfill units-of-production at a dollar-per-ton rate rather than straight-line. Remaining life, the headline reserve metric, falls out every year, and internalised tons consume airspace without generating external revenue. - **Volume and price both compound:** Revenue is built tons-times-rate by waste line, with a CPI-plus price-escalation factor layered on top of volume growth - the dual driver the sector is built on. Per-ton collection rates, gate tipping fees, recycling commodity prices, and the fuel-and-environmental surcharge are each named-range inputs. - **Unlevered DCF, not an EBITDA shortcut:** Because waste is capital-intensive and carries negative working capital, the model bridges EBITDA to cash through NOPAT, D&A, capex, and the change in working capital, then discounts the unlevered free-cash-flow stream at a WACC with a Gordon-growth terminal value to a defensible enterprise and equity value. - **The landfill as a depleting asset:** Permitted airspace is amortised on a units-of-production ($/ton) basis with remaining life tracked, capturing the depleting-asset economics at the heart of a waste operator. - **Internalisation economics:** Routing collected tons into owned landfills (internalisation) versus paying third-party tipping fees is an explicit driver, so the vertical-integration advantage is visible. - **Per-ton revenue and surcharges:** Collection priced at $/ton by line, third-party tipping fees, recycling commodity sales, and a fuel and environmental surcharge are modeled separately on the tonnage base. ## Use cases - **Intrinsic valuation:** Set tonnage growth, pricing, the cost stack, and a WACC, and read the enterprise value, equity value, value per share, and implied EV/EBITDA. Sense-check the multiple against the ten-to-fourteen-times range the sector trades at. - **Reserve and capacity planning:** Flex the internalisation rate and total permitted airspace to see how fast the landfill depletes and when remaining life crosses the watch threshold - the question a permit-expansion decision turns on. - **Pricing power stress test:** Cut the price-escalation rate or the recycling commodity price to model a soft-pricing or commodity-down year and read the EBITDA-margin and valuation impact, with the traffic-light flags surfacing the breach. - **Operator valuation:** Flex tonnage growth, tipping fees, the internalisation rate, and capex intensity and read EV, equity value, and value per share off the DCF. - **Landfill life and capex planning:** Track remaining airspace and the capex needed to extend it, and test the EBITDA and valuation impact of cell development. - **Margin and pricing analysis:** Quantify how per-ton pricing, the fuel surcharge, and recycling commodity prices move the EBITDA margin. ## Frequently asked questions ### What is a waste-management model? A waste-management model captures the seven-year operating economics and intrinsic value of an integrated solid-waste operator - collection, landfill disposal, and recycling. It builds tonnage by waste line, runs a landfill-airspace roll-forward, prices collection, tipping, recycling, and surcharge revenue, runs the cost stack to EBITDA with units-of-production landfill amortisation, and discounts an unlevered free-cash-flow stream to enterprise value, equity value, and value per share. It is how an equity-research analyst, infrastructure investor, or corporate-development team values a waste operator. ### Why is the landfill amortised per ton? A landfill is a finite, permitted airspace that depletes as waste is buried, so the cost of the asset is recognised in proportion to the tons disposed each year - units-of-production - rather than on a fixed straight-line schedule. The model multiplies annual tons disposed by a dollar-per-ton amortisation rate (capitalised cell-development cost divided by total airspace) and tracks remaining life as closing airspace divided by annual tonnage. ### What is internalisation and why does it matter? Internalisation is the share of collected volume an operator disposes at its own landfills rather than paying a third party. Internalised tons consume airspace and incur landfill operating cost and amortisation but generate no external revenue, because the disposal is intercompany, whereas third-party tons pay a gate tipping fee. Modelling the split is what separates a vertically integrated operator from a collection-only hauler. ### Why an unlevered DCF instead of an EBITDA multiple? Waste runs high EBITDA margins but heavy depreciation, amortisation, and capex, so EBITDA overstates cash. The model bridges to unlevered free cash flow - NOPAT plus D&A, less capex, less the change in working capital - and discounts it at a WACC, then adds a Gordon-growth terminal value. The implied EV/EBITDA falls out as a sanity check rather than as the valuation input. ### Can I make it a levered or multi-site model? The template is a single-entity unlevered DCF. For an equity-IRR view, add a debt schedule and bridge to levered free cash flow; for a roll-up, build one copy per region and consolidate the volume and revenue builds. The net-debt line already bridges enterprise value to equity value, so a financing layer slots in cleanly. ### Why is the landfill the defining asset? A landfill is a depleting, permitted airspace asset. It is amortised on a units-of-production ($/ton) basis as tons are deposited, and remaining life is a core investor metric because permitting new airspace is slow and difficult. ### What is internalisation? Internalisation is the share of collected tons disposed in the operator's own landfills rather than third-party sites. Higher internalisation captures the disposal margin in-house and is a key driver of integrated-operator returns. ### How is revenue built? Collection is priced at $/ton by line (residential, commercial, industrial/roll-off), landfill tipping fees are charged on third-party tons, recycling commodity sales sit on recycling tons, and a fuel and environmental surcharge applies to collection. ### What drives the valuation? Tonnage growth by line, collection and tipping-fee pricing, the internalisation rate, recycling commodity prices, and capex intensity, set against the per-ton cost base. The DCF flexes them together. ### Who uses a waste management operating model? Waste operators and sector CFOs running operating plans, infrastructure investors underwriting acquisitions, and equity research analysts covering the listed majors (Waste Management, Republic Services, GFL, Waste Connections). ## Related templates - [Electric Utility Tariff Model](https://finamodel.com/templates/utility-model) - [Water Utility Financial Model](https://finamodel.com/templates/water-utility-model) - [DCF Model](https://finamodel.com/templates/dcf-model) - [Renewable Energy Project Economics Model](https://finamodel.com/templates/renewable-energy-model)