COMPANY:
Total Viticulture Solutions

Portable Inflatable Sterilisation Shelter

Portable Inflatable Sterilisation Shelter is a permanent part of Total Viniculture Solutions’s harvesting protocol.
Portable Inflatable Sterilisation Shelter is a permanent part of Total Viniculture Solutions's harvesting protocol.

Back Ground

Portable Inflatable Sterilisation Shelter
COMPANY:
Total Viticulture Solutions
LOCATION:
Victoria, Australia

Total Viticulture Solutions (TVS) delivers outstanding, cost-effective viticultural management services to the wine industry by applying leading-edge, integrated technologies to maximise grape production outcomes and produce the highest quality fruit. They provide a mechanical harvesting solution for smaller vineyards that would typically resort to costly hand-picking.

When moving the mechanical harvesting equipment between vineyards, it must be decontaminated. The decontamination process required the harvester to be transported to the TVS premises to be heat sterilised before the machine could return to operation. The sterilisation process prevents cross-contamination of diseases and insect infestation between vineyards.

Challenge

The decontamination process required the harvester to be contained and heated to 46°C for at least six hours in a heat shed. This required transport to the TVS base and then transported again to the next vineyard. This process and the harvesting downtime are very costly from a transport perspective, especially given the short harvesting window.

TVS commissioned the engineering team at Giant Inflatables Industrial (GII) to design and manufacture a portable workshop to serve as a portable decontamination heat shed that would travel with the harvester.

The decontamination process required the harvester to be contained and heated to 46°C for at least six hours in a heat shed.
The decontamination process required the harvester to be contained and heated to 46°C for at least six hours in a heat shed.

Specialized Solution

The team at GII custom created an industrial grad 5m wide by 8m long and 5 m high Portable Inflatable Sterilisation Shelter to meet the needs of TVS.

They reinforced the interior with a fully sealed inner membrane with heat-resistant seals and ducts to accommodate jet heaters and other heating systems. The entire shelter was encapsulated to prevent heat from escaping and drafts from coming in during the cold Australian nights.

The challenge due to the massive size of the harvester was met by designing the entry and door with a pulley system to ensure complete clearance when the machine was entering and exiting the portable shelter.

Results

The shelter proved easy to set up and take down and effectively out- performed their existing heat sterilisation rooms for heat consistency.

The portable inflatable sterilisation shelter is a permanent part of Total Viniculture Solutions’s harvesting protocol.

The team at GII custom created an industrial grad 5m wide by 8m long and 5 m high Portable Inflatable Sterilisation Shelter to meet the needs of TVS.

A closer look

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Background

Portable Inflatable Sterilisation Shelter
COMPANY:
Total Viticulture Solutions
LOCATION:
Victoria, Australia

Giant Inflatables Industrial, known for its expertise in the mining, power generation, construction, and defence sectors, temporarily shifted focus to assist its sister division, Giant Inflatables, with an unprecedented challenge: building the world’s tallest inflatable airdancer. Leveraging its engineering capabilities, the team designed and fabricated a 50-metre inflatable tube man, overcoming complex technical and environmental hurdles. This collaboration demonstrated Giant Inflatables Industrial’s adaptability and commitment to delivering innovative solutions beyond its traditional industrial focus.

Unique Challenge

Giant Inflatables Industrial provided technical advisory and fabrication expertise to its sister division, Giant Inflatables, to engineer a 50-metre inflatable tube man for Amber Energy’s marketing initiative in Melbourne’s CBD. The project required precision engineering and innovative materials to overcome unique challenges.

Fabric Technology from a Different Sector

The team utilised spinnaker cloth, a material renowned in professional sailing for its exceptional strength-to-weight ratio to achieve the ideal balance of strength, flexibility, and lightweight properties. It was designed to endure high wind pressures and provided the durability needed to withstand continuous airflow stresses while maintaining the tube man’s dynamic motion. Its flexibility and resilience ensured stable performance and safety in Melbourne’s variable weather, showcasing the team’s ability to adapt advanced materials for innovative engineering solutions.

Custom Engineered Fan

A custom high-velocity fan was engineered and fabricated to meet the unique demands of the 50-metre inflatable tube man. Where standard fans lacked the power and precision required to maintain consistent airflow over such a large structure, engineers at Giant Inflatables Industrial designed a solution capable of generating a powerful, controlled air current that could keep the tube man fully upright, even in Melbourne’s variable wind conditions.

The fan incorporated high-strength materials to endure continuous operation and was equipped with advanced airflow stabilisation technology to prevent fluctuations that could cause instability. Its design also reduced noise, ensuring minimal disruption in the busy CBD environment. By balancing power, efficiency, and durability, the fan became a critical component of the project, ensuring the tube man performed reliably throughout the week-long campaign.

Testing occurred in Melbourne’s backcountry, where engineers assessed inflation safety, fan efficiency, and wind response. A smaller, 30-metre version was also developed for unfavourable weather scenarios.

Results

The Amberman debuted in Melbourne’s CBD, operated by Giant Inflatables’ team to ensure safe assembly and compliance with municipal regulations. The inflatable was activated during optimal renewable energy availability, symbolising Amber Energy’s commitment to sustainable practices. The week-long event, live-streamed and shared on social media, achieved widespread visibility and reinforced Amber Energy’s eco-friendly message.

Worlds tallest air dancer
The team used spinnaker cloth, a material highly regarded in professional sailing for its outstanding strength-to-weight ratio, to attain an optimal blend of strength, flexibility, and lightweight characteristics.
Worlds tallest air dancer
Giant Inflatables Industrial created a high-velocity fan that produces a strong, controlled airflow, ensuring the tube man remains fully upright, even amid Melbourne’s unpredictable wind conditions.
Worlds tallest air dancer
Testing occurred in Melbourne’s backcountry, where engineers assessed inflation safety, fan efficiency, and wind response.
Worlds tallest air dancer

A closer look

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