Modified atmosphere packaging solution protects dragon fruit on long-haul journeys

Modified atmosphere packaging solution protects dragon fruit on long-haul journeys
Sustainability

StePacPPC has introduced a new modified atmosphere packaging solution designed to help maintain the quality of pitaya, commonly known as dragon fruit, during extended sea transport from Ecuador to key export markets including the United States and Europe.

The company has adapted its Xtend® modified atmosphere and modified humidity (MA/MH) bulk packaging films to meet the specific post-harvest requirements of the fruit. The aim is to support freshness, appearance and overall condition throughout journeys that can last three weeks or longer.

Photo Courtesy of StePacPPC / PR Newswire.

Native to Central and South America, pitaya is valued for its distinctive appearance, tropical flavour and nutritional profile. However, the fruit presents logistical challenges during long-distance shipment, as it is prone to moisture loss, high respiration rates and microbial spoilage soon after harvest.

According to StePacPPC, the newly developed packaging manages oxygen and carbon dioxide levels while regulating humidity within the pack. This approach is intended to slow respiration, reduce dehydration and limit the development of decay during storage and transport.

The company reports that the solution has been effective in preserving the fruit’s bright colour, glossy skin and firmness of the external bracts, which are widely regarded as indicators of freshness and quality but are susceptible to wilting when exposed to dehydration.

South American pitaya growers often struggle to reach distant markets with this high-demand delicacy. Even under optimal cold chain conditions, the long sea freight from Ecuador to North America and Europe takes its toll on the delicate fruit, resulting in weight loss, shrivelling of the skin and the bracts, a dulling of the characteristic brightly coloured peel, accompanied on occasion by microbial decay. These factors reduce the fruit's appeal and marketability by the time it arrives at its' destination. Most importantly, they negatively impact quality and freshness.

Gary Ward, Ph.D., CTO for StePacPPC.

Development of the specialised packaging film took more than three years and involved collaboration between StePacPPC’s global research and development teams and pitaya exporters. The process included on-site evaluations and ongoing adjustments to optimise post-harvest handling and packaging performance for the fruit during export.

Latest Packaging News

Constantia Flexibles and NÖM launch paper-based butter wrap in Europe
Supplier News

Constantia Flexibles and NÖM launch paper-based butter wrap in Europe

EcoPaperHighPlus combines paper-based design with shelf-life performance comparable to conventional...
Miron® strengthens transparency with B Corp certification
Supplier News

Miron® strengthens transparency with B Corp certification

Miron® B Corp certification adds transparency to packaging supplier selection Choosing a packaging...
PepsiCo, Tesco and Siemens headline Packaging Innovations & Empack 2027 conference programme
Events

PepsiCo, Tesco and Siemens headline Packaging Innovations & Empack 2027 conference programme

From AI failures and circular economy setbacks to QR codes at checkout and the realities of modern...
Craemer: Safe transport and storage of tool components with plastic pallets and pallet collars
Supplier News

Craemer: Safe transport and storage of tool components with plastic pallets and pallet collars

The money’s on the shop floor To remain competitive, tool making businesses need to tap into...
Adelphi Group Celebrates Double Sustainability Award Success
Supplier News

Adelphi Group Celebrates Double Sustainability Award Success

The Adelphi Group of Companies, an award-winning, family-owned UK manufacturer and supplier of...