Polysmart Opens $60 Million Food-Grade PET Recycling Plant in Nigeria
Polysmart Packaging Limited has opened the first phase of its expanded $60 million recycling facility in Mowe, Ogun State, Nigeria. Commissioned on 29 October 2026, the project is intended to increase the supply of recycled plastic suitable for food and beverage packaging and strengthen demand for locally collected waste.
The company describes the development as Africa’s largest food-grade recycled polyethylene terephthalate facility. That ranking is a company claim. Its announced annual production figures describe expected output at full capacity, rather than verified production achieved since commissioning.
The expansion could give packaging manufacturers an additional domestic alternative to virgin resin. Its commercial significance will depend on how quickly the facility reaches stable operation, secures sufficient feedstock and qualifies its output for customers’ intended applications.
What the Capacity Figures Mean
PET, or polyethylene terephthalate, is a plastic widely used in beverage bottles and food packaging. Recycled PET, usually abbreviated to rPET, is produced by recovering and processing previously used PET products. Food-grade material must also meet the safety requirements applicable to its intended contact with food.
Polysmart’s announced output targets are 60,000 tonnes of food-grade rPET and 20,000 tonnes of other recycled plastics annually. Reporting from the opening puts total input capacity at 100,000 tonnes of mixed plastics per year.
These figures measure different stages of the operation. Incoming waste, usable recovered material and finished resin are distinct quantities. Consequently, input capacity should not be presented as the volume of food-grade resin available to buyers. Similarly, commissioning the first phase does not establish that all announced capacity is already operating.
Sorting and Decontamination Underpin Food-Contact Use
The project incorporates equipment from European technology suppliers EREMA, SOREMA and TOMRA. Earlier project announcements specified SOREMA washing technology, TOMRA sorting systems and two EREMA VACUNITE units.
Together, the equipment addresses different challenges in recovering material from used packaging. Sorting and washing prepare the feedstock, while subsequent processing must produce resin with the purity and material properties required by packaging manufacturers.
According to EREMA’s technical description, VACUNITE combines vacuum decontamination with solid-state polycondensation technology operating with nitrogen. Solid-state polycondensation is a treatment used to improve PET’s molecular properties for demanding applications such as bottle production.
Polysmart says its food-grade processes are designed to meet relevant requirements associated with the United States Food and Drug Administration (FDA) and the European Food Safety Authority (EFSA). However, a general statement about technology or standards does not establish the approval status of a particular installation, process, or packaging application.
The FDA evaluates proposed uses of recycled plastics case by case, considering source controls, contaminant removal, and intended conditions of use. EFSA assesses recycling-process safety, while the European Commission and EU Member States make approval decisions. Buyers therefore need documentation applicable to the material and market concerned.
Collection Will Determine Effective Production
The expansion also creates a larger potential market for recovered bottles. At the opening, chief executive Wasiu Balogun outlined plans for a collection-agent network covering Nigeria’s 774 local government areas.
Developing that network is central to the industrial model. A large recycling plant needs regular deliveries of recoverable material, with contamination controlled sufficiently to support efficient processing. Collection coverage alone does not guarantee the required volumes or quality.
For collectors and aggregators, additional processing demand could create opportunities to sell recovered material. In practice, income and participation will depend on purchasing prices, transport costs, payment arrangements, and the consistency of demand.
For the operator, tracking incoming material and processing losses would help establish whether collection growth translates into usable resin. Those measures will be more informative than installed capacity alone.
Implications for Manufacturers and Import Dependence
Polysmart projects annual foreign-exchange savings of approximately $72 million through reduced virgin-resin imports. This is a company forecast, rather than a demonstrated saving.
Actual import substitution will depend on customer uptake, resin specifications, prices and production reliability. Recycled material must also perform consistently through preform manufacturing, bottle production and the customer’s filling and distribution conditions.
For food and beverage companies, the practical opportunity is a wider local supply base. Procurement teams can assess delivery reliability and material quality alongside food-contact documentation, traceability and the cost of incorporating recycled content.
Environmental Performance Needs Operating Evidence
Returning suitable PET to packaging production can retain material value and reduce demand for new resin. The environmental outcome of this particular expansion will nevertheless depend on collection distances, energy consumption, water management, recovery yields and the material actually displaced.
The reviewed commissioning reports do not provide a plant-specific lifecycle assessment or a verified annual greenhouse-gas reduction. A quantified climate benefit should therefore await operating evidence.
The opening adds significant announced recycling capacity to Nigeria’s packaging sector. Sustained collection, reliable resin quality, and documented customer use will determine how much of that capacity becomes a functioning bottle-to-bottle supply chain.
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