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Pulpex Opens Fibre Bottle Factory Near Glasgow with 40 Million-Unit Capacity

Maílis Carrilho
Written by Maílis Carrilho
Updated on October 13th, 2026
5 min read
Published Oct 13, 2026

Pulpex opened its first commercial fibre bottle manufacturing facility near Glasgow, Scotland, on October 8, moving its packaging technology from development and pilot production into commercial manufacturing. The company says the plant has an initial capacity of up to 40 million bottles a year and has created approximately 39 skilled manufacturing jobs.

The opening gives consumer goods companies access to larger volumes of fibre packaging while providing prospective manufacturing partners with an operating facility to assess. Pulpex intends to use the Scottish plant as the reference model for an international licensing network, with a longer-term ambition of reaching one billion bottles annually across that network. This is a growth target, rather than capacity already installed.

For the packaging sector, the focus shifts to industrial performance. Commercial production will test whether fibre bottles can meet customer requirements for supply reliability, product protection and cost alongside their proposed environmental advantages.

Public Investment Supports Commercial Manufacturing

The factory follows a £62 million Series D funding round announced in February 2025. The financing included £43.5 million in direct equity from the UK’s National Wealth Fund, £10 million from the Scottish National Investment Bank, and additional investment from existing shareholders. The funding was intended to support construction of Pulpex’s first commercial-scale manufacturing facility.

Earlier government and investment-bank announcements described a planned capacity of 50 million bottles annually and approximately 35 new jobs. The October opening announcement instead specifies an initial capacity of up to 40 million bottles and around 39 jobs. The latest figures therefore provide the appropriate basis for describing the facility at launch; the announcements do not explain the difference in capacity.

The investment illustrates the financing needed to move a packaging technology beyond prototypes. Equipment, manufacturing infrastructure and customer qualification must be established before a new material can become a dependable commercial supply option.

Early Customers Span Water and Household Cleaning

Pulpex says more than 90% of the site’s initial available capacity for the current financial year has already been sold across food-grade and non-food applications. That figure indicates early customer commitments, but should not be interpreted as confirmation that the plant is already producing at its full annual capacity.

Purely Scottish Natural Mineral Water is expected to be among the first customers taking commercial volumes, following an 18-month collaboration. Household cleaning brand smol is also introducing the bottles for liquid laundry products. These applications will provide different tests of the packaging’s performance during filling, distribution, storage and use.

In its September announcement, smol described a bottle made from cellulose fibres sourced from forests certified by the Forest Stewardship Council and the Programme for the Endorsement of Forest Certification. The container uses a thin water-based internal coating to protect the liquid detergent.

The complete package still includes plastic: smol says its dosing cap is made from 100% recycled polypropylene. Its disposal instructions tell consumers to separate the cap for plastics recycling and place the fibre bottle in paper and card recycling. This distinction matters when describing the product’s contribution to reducing plastic use.

Recycling Compatibility and Operational Adoption

Pulpex describes its bottle technology as using sustainably sourced wood pulp, without a hidden plastic liner, and designed for existing household paper and card recycling streams. The company also says the bottles are engineered to work with existing filling infrastructure and use commodity pulp available through established supply markets.

These design choices could reduce adoption barriers. However, packaging buyers will still need to validate the chosen bottle against their own products and operating conditions. Relevant checks include shelf life, leakage, handling damage, filling speeds, and the recycling instructions appropriate to each sales market.

Environmental comparisons also require care. The opening announcement does not provide a quantified, factory-specific lifecycle assessment. Assessing the climate benefit of a particular application would require evidence covering raw materials, manufacturing energy, transport, closures, product losses, and end-of-life treatment. Renewable feedstock and recycling compatibility are relevant attributes, but they do not, on their own, establish emissions savings for every use.

Expansion Depends on Manufacturing Partners

Pulpex’s international strategy relies on established packaging manufacturers producing bottles under licence. Perlen Industrieholding is its first European manufacturing partner, with exclusivity covering Switzerland, Austria, Italy and southern Germany.

On October 6, Pulpex also announced a partnership with Alternicq to develop opportunities in India and the Gulf Cooperation Council, with potential expansion to Australia. The companies will assess customer demand, priority product categories, regulatory requirements, and the sites and equipment needed for local manufacturing. The agreement therefore represents market development work rather than confirmation of an operating regional fibre bottle factory.

The Glasgow facility now provides a practical basis for evaluating that expansion model. Its significance will depend on sustained production, repeat customer orders and successful replication by partners. For brands considering fibre bottles, the next step is to assess commercial performance and environmental evidence together as larger volumes reach the market.

Source:


Maílis Carrilho
Written by:
Maílis Carrilho
Sustainability Research Analyst
Maílis Carrilho is a Sustainability Research Analyst (Intern) at Net Zero Compare, contributing research and analysis on climate tech, carbon policies, and sustainable solutions. She supports the team in developing fact-based content and insights to help companies and readers navigate the evolving sustainability landscape.
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