A Feasibility Study for Used-oil Recycling helps investors determine whether a collection, treatment, recycling, or re-refining project can achieve commercial and financial viability. Across Africa, rising vehicle ownership, industrial activity, mining, transport, and manufacturing are increasing lubricant consumption and, therefore, the volume of used oil requiring safe collection and treatment. However, project success depends heavily on feedstock availability, collection systems, technology selection, environmental compliance, and achievable selling prices.

For investors evaluating opportunities in South Africa, Nigeria, Kenya, Egypt, Morocco, Ghana, Ethiopia, Tanzania, Uganda, Zambia, Côte d’Ivoire, and Botswana, market conditions can differ significantly. Therefore, project decisions require country-specific research rather than continent-wide assumptions. Aviaan supports investors and businesses with structured market intelligence and commercial analysis for complex industrial opportunities.

Market Overview & Industry Insights

Used-oil recycling is becoming increasingly relevant within Africa's broader transition toward resource efficiency and circular industrial development. The commercial opportunity is driven by the need to recover valuable hydrocarbons, reduce unsafe disposal, and create secondary raw materials. However, feedstock aggregation and regulation remain critical challenges.

Recent policy developments also show stronger institutional support for circular business models. The African Circular Economy Alliance now includes 23 member countries, while circular economy initiatives are increasingly shifting toward investment, industrial development, and scalable business models.

• 23 African countries were represented through the African Circular Economy Alliance by 2026, showing growing policy attention toward recycling and resource recovery.
• The African Development Bank's circular economy initiatives supported 5 African countries in developing national circular economy roadmaps during 2024.
• The same initiatives supported 30 small businesses in Rwanda, Ghana, and Côte d’Ivoire through funding and mentorship for circular business models.
• More than 600 professionals received circular economy training through related African initiatives, strengthening the technical ecosystem for recycling businesses.
• Ethiopia is among countries progressing through circular economy roadmap development and implementation, indicating a broader policy shift toward structured resource recovery.
• The African Development Bank has announced plans to raise €10 million by 2027 to support additional businesses and governments adopting circular economy models.
• In Benin, circular economy targets include a 25% recycling rate by 2035, demonstrating how measurable recycling objectives are increasingly entering national planning frameworks.
• UNEP identifies waste oil as a growing hazardous waste stream linked to industrialization and increasing automobile use, while also recognizing recycling and re-refining as technically viable management pathways.

For a used-oil project, these trends create opportunity, but they do not guarantee profitability. A plant can have sound technology and still fail if collection volumes remain below capacity. Consequently, the strongest investment decisions start with verified local feedstock and customer analysis.

Go-To-Market Strategy

Aviaan develops market entry strategies around the commercial realities of lubricant users, waste generators, recyclers, industrial buyers, and regulatory requirements.

• Customer Segmentation – Identify garages, fleets, factories, mines, transport operators, and lubricant-intensive businesses that can provide or purchase relevant products.
• Pricing Strategy – Benchmark feedstock acquisition costs, collection incentives, processing costs, and selling prices for recycled oil outputs.
• Competitor Benchmarking – Assess licensed recyclers, informal collectors, processors, and alternative disposal channels.
• Distribution Strategy – Map collection hubs, transport routes, storage points, industrial clusters, and potential regional supply networks.
• Commercialization Plan – Develop positioning, partnership priorities, launch sequencing, sales targets, and implementation milestones.

Feasibility Study for Used-oil Recycling

Aviaan evaluates commercial viability through an integrated consulting process that connects market demand with engineering, operations, finance, and investment risk.

• Feedstock Assessment – Estimate recoverable used-oil volumes by source, geography, lubricant category, and collection channel.
• Demand Analysis – Evaluate potential buyers for re-refined base oil, industrial fuel products, or other permitted recovered outputs.
• Technical Review – Compare filtration, dehydration, distillation, re-refining, and other technology options against feedstock quality and project objectives.
• Operational Feasibility – Assess site requirements, storage capacity, transport systems, utilities, staffing, laboratory needs, and collection logistics.
• Financial Viability – Build capital expenditure, operating cost, revenue, working capital, profitability analysis, and financial projections.
• Investment Analysis – Test project returns through scenarios involving feedstock shortages, lower selling prices, higher energy costs, or capital overruns.
• Risk Assessment – Evaluate environmental, regulatory, supply, technology, customer concentration, and execution risks before investment decisions.

The final business feasibility report is designed to provide a practical go, modify, delay, or no-go recommendation.

Market Research for Used-oil Recycling

Aviaan uses targeted market research Africa to replace broad assumptions with evidence that reflects actual collection and purchasing conditions.

• Customer Analysis – Profile lubricant users, waste generators, industrial buyers, and purchasing decision-makers.
• Competitor Intelligence – Examine existing recycling capacity, collection networks, technology choices, and commercial positioning.
• Market Sizing – Estimate addressable feedstock and demand based on relevant industrial and transport activity.
• Demand Forecasting – Develop scenarios based on fleet growth, industrial activity, lubricant consumption, and regulatory changes.
• Pricing Analysis – Compare feedstock prices, collection incentives, recycled product prices, and substitute products.
• Supply Chain Research – Assess collection partners, transport availability, storage infrastructure, equipment suppliers, and distribution options.
• Opportunity Identification – Identify underserved industrial clusters and locations where collection density can support viable processing economics.

This approach gives investors a stronger basis for capacity planning and market entry.

Business Plan for Used-oil Recycling

Aviaan develops business plans that connect commercial evidence with financial and operational execution.

• Financial Modelling – Build integrated profit and loss, cash flow, balance sheet, break-even, and investment return models.
• Revenue Projections – Model revenues by product, customer segment, capacity utilization, and pricing scenario.
• Operational Planning – Define collection processes, plant operations, quality control, staffing, maintenance, and logistics.
• Funding Strategy – Assess equity, debt, development finance, strategic investors, and phased investment structures.
• Implementation Roadmap – Sequence permitting, site development, equipment procurement, commissioning, and commercial launch.
• Growth Planning – Evaluate expansion into additional collection territories, higher-value re-refining, or regional markets.

As a result, the business plan can support discussions with lenders, investors, development institutions, and strategic partners.

How Aviaan Uses Primary Research

Primary research improves the accuracy of a feasibility study Africa because used-oil markets often contain fragmented formal and informal collection channels.

Aviaan can conduct structured surveys and interviews with fleet operators, workshops, factories, mining businesses, lubricant distributors, and waste generators. These discussions help validate actual lubricant usage, waste volumes, current disposal methods, and willingness to work with organized collectors.

In addition, expert consultations can provide insight into permitting, environmental controls, plant technology, and market specifications. Supplier discussions can validate equipment costs, maintenance requirements, and delivery schedules.

Where relevant, field research can also examine collection routes, storage practices, competing operators, and local industrial clusters. Consequently, the final recommendations rely less on generic regional assumptions and more on evidence from the proposed operating market.

Our Experience & Credentials

Aviaan applies structured commercial, market, and financial analysis to recycling and circular economy opportunities. Our approach combines sector research with practical investment evaluation, helping decision-makers assess supply security, technology options, operating models, financial performance, and implementation risks.

• Used-Oil Recycling Feasibility Study – South Africa – Assessed feedstock availability, processing capacity, operating costs, and investment returns for a proposed recycling facility.
• Lubricant Waste Market Research – Nigeria – Evaluated collection channels, industrial waste generators, competitor activity, and commercial demand for recovered products.
• Used-Oil Re-Refining Business Plan – Kenya – Developed financial projections, operational assumptions, funding requirements, and an implementation roadmap.
• Recycling Project Financial Modelling – Egypt – Built scenario-based models covering capital expenditure, utilization rates, pricing, cash flow, and profitability.
• Circular Resource Recovery Strategy – Morocco – Conducted commercial due diligence and investment analysis for a scalable industrial recycling opportunity.

Conclusion

A Feasibility Study for Used-oil Recycling is essential before committing capital to collection infrastructure, treatment equipment, or re-refining capacity. The strongest projects combine verified feedstock, suitable technology, reliable customers, disciplined financial projections, and realistic regulatory planning.

Opportunities can differ across South Africa, Nigeria, Kenya, Egypt, Morocco, Ghana, Ethiopia, Tanzania, Uganda, Zambia, Côte d’Ivoire, and Botswana. Therefore, investors should assess each market individually rather than applying one business model across the continent. Africa's broader circular economy agenda is also moving toward more structured investment and industrial development, making well-prepared projects increasingly important.

If you are evaluating a used-oil recycling investment, Aviaan can help develop a market assessment, investment feasibility analysis, financial model, and investor-ready business plan to support a more informed decision.

FAQs

What should a feasibility study for used-oil recycling include?

A comprehensive study should assess feedstock availability, collection systems, technology, site requirements, operating costs, market demand, pricing, financial projections, investment returns, regulatory requirements, and project risks.

Is used-oil recycling a profitable business in Africa?

Profitability depends on local factors. These include reliable feedstock volumes, collection costs, processing technology, product quality, customer demand, selling prices, energy costs, and compliance expenses. Therefore, a location-specific profitability analysis is essential.

What is the difference between recycling and re-refining used oil?

Recycling can involve several recovery methods. Re-refining generally aims to process used lubricating oil into higher-value base oil or similar products through more advanced treatment processes. The suitable option depends on feedstock quality, capital availability, regulations, and target markets.

How much investment is needed for a used-oil recycling project?

Investment requirements vary significantly by plant capacity, technology, automation, land, storage, laboratory facilities, environmental controls, and working capital. A detailed financial model should estimate the required investment for the selected country and operating model.

Why is primary research important for a used-oil recycling project?

Primary research helps validate actual waste volumes, collection behavior, supplier willingness, customer demand, pricing, and competitive conditions. Therefore, it can reduce the risk of designing a plant based on inaccurate assumptions.

Related Service Pages

• Feasibility Study Services
• Business Plan Services
• Market Research Services

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