A waste management entrepreneur receives a quotation for a 10 TPD Material Recovery Facility. The machinery supplier says the project looks attractive because recyclable materials such as PET, cardboard, HDPE, aluminium and ferrous metals have an established resale market.
On paper, the calculation looks simple.
10 tonnes of waste per day enters the facility. Recyclables are separated and sold. Labour and electricity are paid. The remaining amount becomes profit.
But when the entrepreneur starts preparing the actual financial model, the picture changes.
Not all 10 tonnes become saleable material. Some waste arrives contaminated. Some material has little commercial value. Transportation has to be paid. Workers are required for sorting. Machinery requires maintenance. Rejects need disposal. Storage space is required. Working capital gets blocked between buying or receiving material and selling recovered recyclables.
More importantly, a ₹2 crore to ₹3 crore facility cannot be judged only by asking whether its monthly revenue is higher than its monthly operating cost.
The investor needs to know:
That is the purpose of a proper Material Recovery Facility financial model.
For an MRF project in India, CAPEX, OPEX, IRR and payback need to be studied together. A financially viable plant is not necessarily the cheapest plant. It is the plant where waste availability, recovery efficiency, buyer demand, operating cost and revenue structure work together.
A Material Recovery Facility, commonly called an MRF, receives mixed or source-segregated dry waste and separates it into different recyclable fractions.
Depending on the incoming waste, an MRF may recover:
The remaining fraction may include low-value plastic, contaminated packaging, textiles, multilayered material, sanitary contamination, inert material and other rejects.
This distinction is important financially.
If an MRF receives 10 tonnes of waste every day, it does not mean that 10 tonnes can be sold.
For example, a 10 TPD facility receiving 3,650 tonnes annually may recover only 35% to 45% as commercially saleable recyclable material depending on waste quality and segregation.
At a 40% recovery level, approximately 1,460 tonnes of material would be available for sale during the year.
That is why the financial model should always start with a mass balance, not a revenue assumption.
Before discussing machinery cost, promoters should verify feedstock availability.
A 50 TPD plant that consistently receives only 22 TPD is financially very different from a 25 TPD plant operating at 90% capacity.
Many MRF projects have relatively high fixed operating costs. Supervisors, security, equipment operators, administrative staff, lease expenses and certain utility costs do not reduce proportionately just because waste supply falls.
Suppose a plant has a designed capacity of 20 TPD.
At 90% utilisation:
20 TPD x 90% x 365 days = approximately 6,570 tonnes per year.
At 60% utilisation:
20 TPD x 60% x 365 days = approximately 4,380 tonnes per year.
The difference is 2,190 tonnes of annual throughput.
If the average net contribution from processing those tonnes were even ₹1,500 per tonne, the change in annual contribution would be approximately ₹32.85 lakh.
That is why feedstock security should be studied before finalising CAPEX.
MRF CAPEX can vary substantially because there is no single standard configuration.
A basic manual sorting facility may require comparatively limited machinery. A semi-automatic MRF may include conveyors, trommel screens, magnetic separators, sorting platforms and balers. A larger automatic facility may include optical sorters, ballistic separation, advanced conveyors and automated quality control.
Capital expenditure can include:
Government and industry references show a wide investment range for MRFs depending on capacity and technology.
Smaller manual facilities may require investment in the range of approximately ₹15 lakh to ₹30 lakh where major land and civil infrastructure already exist.
Medium semi-mechanised facilities can move into investments of ₹1 crore and above.
Larger facilities with substantial civil infrastructure and automated sorting can require ₹4 crore, ₹6 crore or considerably more depending on capacity and equipment.
A detailed 10 TPD reference model has indicated total project CAPEX of approximately ₹2.99 crore, including around ₹2.53 crore of civil works and ₹46 lakh of electro-mechanical systems.
This is a useful benchmark, but it should not be treated as the standard price of every 10 TPD MRF.
Two 10 TPD plants can have significantly different CAPEX depending on whether land, shed, electricity infrastructure, weighbridge and storage already exist.
A common mistake is to obtain a ₹40 lakh machinery quotation and assume that the project investment is ₹40 lakh.
Machinery is only one component.
Consider a hypothetical semi-mechanised MRF with machinery costing ₹50 lakh.
The final investment could look more like this:
| Project Component | Illustrative Cost |
|---|---|
| Sorting and processing machinery | ₹50 lakh |
| Civil construction and shed | ₹70 lakh |
| Electrical and utilities | ₹15 lakh |
| Weighbridge and material handling | ₹10 lakh |
| Fire and safety infrastructure | ₹5 lakh |
| Vehicles or loaders | ₹25 lakh |
| Installation and commissioning | ₹8 lakh |
| Pre-operative expenses | ₹7 lakh |
| Initial working capital | ₹20 lakh |
| Total estimated project requirement | ₹2.10 crore |
The machinery quotation in this example represents less than 25% of the total project requirement.
This is why an MRF feasibility study should be completed before machinery procurement.
Once the plant is commissioned, operating expenses determine whether the facility can generate sustainable cash flow.
MRF OPEX normally includes labour, power, fuel, maintenance, transportation, PPE, consumables, baling material, administrative costs and reject management.
Depending on the business model, there may also be a cost for purchasing recyclable waste.
Major operating expenses normally include:
For a detailed 10 TPD reference facility, annual OPEX has been estimated at approximately ₹76.07 lakh.
That works out to around:
₹76.07 lakh / 3,650 tonnes = approximately ₹2,084 per tonne of incoming material.
But this number becomes more interesting when measured against recovered material.
If only 1,460 tonnes are recovered and sold:
₹76.07 lakh / 1,460 tonnes = approximately ₹5,210 of operating cost per tonne of recovered recyclable material.
This is one reason recovery rate matters so much.
A financial model becomes weak when all recovered material is assigned a single scrap price.
PET, cardboard, aluminium, HDPE and mixed plastics have very different selling prices.
Even within plastic, transparent PET bottles may command a completely different price from contaminated mixed plastic.
A better model prepares a material-wise revenue table.
For example:
| Material | Annual Quantity | Illustrative Net Rate | Revenue |
|---|---|---|---|
| PET | 250 MT | ₹25,000/MT | ₹62.50 lakh |
| Cardboard | 350 MT | ₹10,000/MT | ₹35.00 lakh |
| Mixed paper | 300 MT | ₹8,000/MT | ₹24.00 lakh |
| HDPE/PP | 150 MT | ₹22,000/MT | ₹33.00 lakh |
| Ferrous material | 180 MT | ₹20,000/MT | ₹36.00 lakh |
| Aluminium and others | 50 MT | ₹80,000/MT | ₹40.00 lakh |
These figures are illustrative. The actual model should use buyer quotations and location-specific net realisation after freight, sorting loss and applicable deductions.
The key point is that revenue should be calculated material by material.
Consider a 10 TPD MRF benchmark.
Annual input:
10 TPD x 365 days = 3,650 tonnes
Assumed saleable recovery:
Approximately 1,460 tonnes per year
Average recyclable realisation:
Approximately ₹6,000 per tonne
Annual material revenue:
1,460 x ₹6,000 = ₹87.60 lakh
Annual operating cost:
Approximately ₹76.07 lakh
Operating surplus before financing, depreciation and tax:
₹87.60 lakh – ₹76.07 lakh = ₹11.53 lakh
If the capital investment is approximately ₹2.99 crore, simple payback from material sales alone becomes:
₹299 lakh / ₹11.53 lakh = approximately 25.9 years
This calculation highlights an important business reality.
A facility can generate enough money to cover operating expenses but still provide a poor return on invested capital.
That is why MRF profitability should not be judged solely on whether monthly revenue is higher than monthly OPEX.
Many MRF business models become more commercially attractive when recyclable sales are supplemented by processing or service revenue.
Depending on the project arrangement, an operator may have contractual revenue linked to waste handling or processing.
Assume a 10 TPD MRF processes 3,650 tonnes annually.
If a service fee of ₹1,000 per tonne applies:
3,650 x ₹1,000 = ₹36.50 lakh annual service revenue
Add this to the earlier ₹11.53 lakh operating surplus from recyclable sales:
₹11.53 lakh + ₹36.50 lakh = ₹48.03 lakh annual operating cash surplus
Simple payback becomes:
₹299 lakh / ₹48.03 lakh = approximately 6.2 years
The difference between a 25.9-year and 6.2-year payback comes largely from one change in the revenue structure.
This demonstrates why an MRF DPR must understand who pays the operator and under what contract.
Consider a case study based on a 10 TPD MRF.
The project requires approximately ₹2.99 crore of investment.
The facility processes around 3,650 tonnes per year and generates ₹87.60 lakh from recyclable-material sales. Annual OPEX is approximately ₹76.07 lakh.
Without any additional service revenue, annual operating surplus is approximately ₹11.53 lakh.
Now assume different processing-fee structures.
| Processing Fee | Approx. Annual Cash Surplus | Simple Payback |
|---|---|---|
| ₹0/MT | ₹11.53 lakh | 25.9 years |
| ₹500/MT | ₹29.78 lakh | 10.0 years |
| ₹750/MT | ₹38.91 lakh | 7.7 years |
| ₹1,000/MT | ₹48.03 lakh | 6.2 years |
| ₹1,250/MT | ₹57.16 lakh | 5.2 years |
| ₹1,500/MT | ₹66.28 lakh | 4.5 years |
This case study does not suggest that any particular service fee is guaranteed.
Its purpose is to demonstrate how sensitive an MRF project can be to the revenue model.
A promoter evaluating an MRF should therefore verify the contractual service mechanism before using it in the financial model.
IRR, or Internal Rate of Return, is one of the most important metrics used to evaluate an infrastructure investment.
IRR represents the discount rate at which the net present value of future project cash flows becomes zero.
In simple language, it helps the investor understand the annualised return implied by the project’s cash flows.
A proper MRF financial model should calculate at least:
Project IRR evaluates the economics of the plant before financing structure.
Equity IRR evaluates the return to promoters after considering debt financing and loan repayment.
These numbers should not be confused.
A project can show an attractive equity IRR because the promoter has invested limited equity and used significant debt. That does not necessarily mean the underlying project has strong economics.
Payback is easy to understand.
If an investor spends ₹3 crore and the project generates ₹60 lakh of annual cash surplus, simple payback is around 5 years.
But that calculation ignores several realities.
Cash flow may increase slowly during the first 1 or 2 years. Scrap prices can fluctuate. Machinery may require major maintenance. Labour costs can increase. Debt has to be serviced.
Therefore, a bankable financial model should prepare year-wise cash flows for at least 10 years.
A typical projection may show:
Revenue and OPEX should then be adjusted accordingly.
Consider a facility receiving 20 TPD.
Annual input at 330 operating days:
20 x 330 = 6,600 tonnes
At 35% saleable recovery:
6,600 x 35% = 2,310 tonnes
At 45% recovery:
6,600 x 45% = 2,970 tonnes
Difference:
660 tonnes
If average contribution after variable processing cost is ₹8,000 per recovered tonne, the difference in annual contribution could be:
660 x ₹8,000 = ₹52.80 lakh
A 10% improvement in recovery can therefore materially affect EBITDA, IRR and payback.
This is why waste characterisation is a financial exercise, not only an engineering exercise.
No serious investor should approve an MRF using only one financial projection.
At least 3 financial cases should be prepared:
Assume:
Use:
Test:
The investor should especially test what happens if:
If the project becomes unviable after one small change, the base-case assumptions may be too aggressive.
A strong MRF project normally begins with assured waste and assured buyers, not expensive machinery.
Before investment, the promoter should understand:
Once these questions are answered, the machinery and financial structure can be designed around actual project economics.
A Material Recovery Facility can become a commercially viable circular-economy project, but its success depends much more on feedstock, recovery and revenue structure than on machinery alone.
A 10 TPD facility may process more than 3,500 tonnes of waste annually, but only a portion may become marketable material.
A project costing around ₹2 crore to ₹3 crore needs more than positive monthly operating margins. It needs enough recurring cash flow to recover capital, service debt and provide an acceptable return to the investor.
That is why a bankable MRF DPR should combine:
Feedstock study + material balance + CAPEX + OPEX + buyer mapping + revenue model + IRR + payback + sensitivity analysis
The final investment decision should be made only after these components are connected in one project-specific financial model.
Green Permits supports entrepreneurs, waste-management companies, corporates and project developers in preparing bankable MRF feasibility studies and Detailed Project Reports.
Our assessment can cover capacity planning, waste availability, material recovery, machinery requirements, CAPEX, OPEX, revenue modelling, buyer mapping, project IRR, payback, sensitivity analysis and regulatory planning.
📞 +91 78350 06182
📧 wecare@greenpermits.in
👉 Book a Consultation with Green Permits
