ATC tomato plastic greenhouse
Cost optimized high tech greenhouse bringing Dutch tomato cultivation principles into a scalable plastic covered production model.
Objective and Background
Objective and Background
Objective and Background
The ATC project in South Carolina is being developed as an 11 hectare high tech tomato greenhouse focused on making advanced greenhouse cultivation more economically accessible. Instead of following the traditional glass greenhouse model, the project uses a plastic covered structure designed to deliver the core advantages of Dutch greenhouse technology while significantly optimizing investment costs. The vision behind the project is to create a scalable and commercially viable production model adapted to the realities of the North American market.
The ATC project in South Carolina is being developed as an 11 hectare high tech tomato greenhouse focused on making advanced greenhouse cultivation more economically accessible. Instead of following the traditional glass greenhouse model, the project uses a plastic covered structure designed to deliver the core advantages of Dutch greenhouse technology while significantly optimizing investment costs. The vision behind the project is to create a scalable and commercially viable production model adapted to the realities of the North American market.
Key Challenges
Key Challenges
Key Challenges
Developing an 11 hectare greenhouse facility requires strong coordination between climate strategy, operational efficiency, and cost optimization. The challenge is not only maintaining stable growing conditions for tomato production across a large cultivation area, but also ensuring the greenhouse remains financially efficient without sacrificing essential performance. South Carolina’s warm temperatures and high humidity levels also demand carefully engineered ventilation, irrigation, and climate management systems capable of supporting healthy crops year round.
Developing an 11 hectare greenhouse facility requires strong coordination between climate strategy, operational efficiency, and cost optimization. The challenge is not only maintaining stable growing conditions for tomato production across a large cultivation area, but also ensuring the greenhouse remains financially efficient without sacrificing essential performance. South Carolina’s warm temperatures and high humidity levels also demand carefully engineered ventilation, irrigation, and climate management systems capable of supporting healthy crops year round.
Scope of Horti XS
Scope of Horti XS
Scope of Horti XS
Horti XS is responsible for the greenhouse engineering and technical integration of the project, including climate systems, irrigation infrastructure, automation, and environmental control strategies. The greenhouse is being developed with a practical and grower focused approach, combining operational simplicity with modern cultivation technology to support large scale tomato production in an efficient and affordable way.
Horti XS is responsible for the greenhouse engineering and technical integration of the project, including climate systems, irrigation infrastructure, automation, and environmental control strategies. The greenhouse is being developed with a practical and grower focused approach, combining operational simplicity with modern cultivation technology to support large scale tomato production in an efficient and affordable way.
Result and Value Delivered
Result and Value Delivered
Result and Value Delivered
Once completed, the ATC greenhouse will provide a large scale, cost optimized production facility that demonstrates how advanced horticultural technology can be adapted into a more accessible greenhouse model. The project is expected to create a strong balance between affordability, scalability, and reliable crop production while introducing a modern approach to controlled environment agriculture in the region.
Once completed, the ATC greenhouse will provide a large scale, cost optimized production facility that demonstrates how advanced horticultural technology can be adapted into a more accessible greenhouse model. The project is expected to create a strong balance between affordability, scalability, and reliable crop production while introducing a modern approach to controlled environment agriculture in the region.
Modern hydroponic lettuce greenhouse combining NFT technology with precision climate control for clean year round production.
