Polysmart Packaging Limited has commissioned the first phase of its expanded $60 million recycling facility in Mowe, Ogun State, marking a significant development in Nigeria’s plastic recycling and packaging industry.

The facility, officially opened on 29 October 2026, is designed to increase the domestic supply of food-grade recycled polyethylene terephthalate (rPET) for food and beverage packaging while creating greater demand for locally recovered plastic waste.

Polysmart describes the expanded operation as Africa’s largest food-grade recycled polyethylene terephthalate facility. However, this ranking remains a company claim. Its announced annual production figures represent projected output at full capacity, not production levels verified since commissioning.

The expansion is expected to provide packaging manufacturers with another domestic source of recycled resin, potentially reducing their reliance on virgin plastic. The extent of its commercial impact will depend on the facility’s ability to achieve consistent operations, secure adequate supplies of recyclable materials and meet customers’ quality requirements.

The company has announced annual production targets of 60,000 tonnes of food-grade rPET and 20,000 tonnes of other recycled plastics. Reports from the commissioning indicate that the plant has an annual processing capacity of 100,000 tonnes of mixed plastics.

These figures represent different stages of the recycling process. The volume of plastic waste received is not equivalent to the quantity of usable recovered material or finished resin produced. Therefore, the facility’s 100,000-tonne input capacity should not be interpreted as the amount of food-grade recycled plastic available to manufacturers. Equally, commissioning the first phase does not mean that the entire announced production capacity is already operational.

Advanced technology supports food-grade recycling

The expansion features equipment supplied by European technology companies EREMA, SOREMA and TOMRA. Previous project announcements identified SOREMA washing technology, TOMRA sorting systems and two EREMA VACUNITE units among the equipment incorporated into the facility.

The technologies perform complementary functions in converting used plastic packaging into reusable materials. Sorting and washing remove unwanted materials and prepare the recovered plastics for further processing, while subsequent treatment is necessary to achieve the purity and material characteristics required for packaging applications.

According to EREMA’s technical description, its VACUNITE technology combines vacuum decontamination with solid-state polycondensation using nitrogen. Solid-state polycondensation is a processing method that improves the molecular properties of PET, making it suitable for demanding applications, including bottle manufacturing.

Polysmart says its food-grade recycling 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, the use of particular technologies or reference to regulatory standards does not automatically establish that an individual facility, recycling process or packaging application has received the necessary approvals.

The FDA assesses proposed applications of recycled plastics individually, taking into account factors such as material sourcing, contaminant removal and the conditions under which the recycled material will be used.

In Europe, EFSA evaluates the safety of recycling processes, while approval decisions are made by the European Commission and EU Member States. Manufacturers purchasing the recycled resin will therefore need documentation relevant to their intended applications and target markets.

Collection network central to expansion plans

Beyond processing capacity, the availability of suitable plastic waste will be essential to the facility’s long-term performance.

At the commissioning ceremony, chief executive Wasiu Balogun outlined plans to establish a network of collection agents across Nigeria’s 774 local government areas.

The proposed network is expected to strengthen the supply of recovered plastic materials required to sustain the expanded operation. For a recycling facility of this scale, consistent access to recyclable waste is essential, particularly where contamination levels must be controlled to maintain processing efficiency and product quality.

Nevertheless, establishing collection points across the country does not automatically guarantee sufficient quantities or the required quality of feedstock.

The expansion could create additional commercial opportunities for plastic waste collectors and aggregators by providing a larger potential market for recovered bottles and other recyclable materials.

However, the financial benefits for participants will depend on factors including purchasing prices, transportation expenses, payment arrangements and the consistency of demand from the recycling company.

For Polysmart, monitoring incoming waste volumes, processing losses and recovered material yields will be important in determining whether an expanded collection network translates into increased production of usable recycled resin.

Potential to reduce plastic resin imports

Polysmart projects that the expanded facility could generate approximately $72 million in annual foreign-exchange savings through reduced imports of virgin plastic resin.

The figure represents the company’s projection rather than an established financial outcome.

The actual level of import substitution will depend on manufacturers’ willingness to purchase locally produced recycled resin, competitive pricing, compliance with required specifications and the facility’s ability to maintain reliable production.

The recycled material must also demonstrate consistent performance across different manufacturing stages, including preform production, bottle manufacturing, filling and distribution.

For food and beverage manufacturers, the expansion could broaden the availability of locally sourced recycled packaging materials. Procurement decisions will still need to account for supply reliability, material quality, food-contact documentation, traceability and the overall cost of incorporating recycled content into production.

Environmental benefits will depend on actual performance

The recovery and reuse of PET packaging can help retain the value of plastic materials and reduce demand for newly produced resin. However, the environmental impact of Polysmart’s expansion will depend on several operational factors.

These include the distances travelled to collect recyclable materials, energy consumption, water management, material recovery rates and the quantity of virgin resin ultimately displaced by recycled alternatives.

Commissioning reports reviewed for the project do not include a facility-specific lifecycle assessment or verified figures for annual greenhouse-gas emission reductions. Consequently, quantified climate benefits will require further evidence from actual operations.

The commissioning of Polysmart’s first expansion phase adds substantial announced recycling capacity to Nigeria’s packaging industry. However, the facility’s long-term contribution will depend on reliable waste collection, consistent recycled resin quality and documented adoption by packaging manufacturers.

Source: Net Zero Compare (netzerocompare)