Michurinski phase 2 |32 ha
Michurinski phase 2 |32 ha
An advanced 32-hectare tomato-growing operation built around precise environmental control and resource-efficient cultivation.
Project Size
Crop
Type
Loaction
Current Project Status
Objective and Background
Objective and Background
Objective and Background
The objective of the project was to create a modern, year-round greenhouse production facility capable of delivering stable, high-quality tomato production under controlled conditions. From a technical perspective, the greenhouse relies on automated systems for lighting, temperature, humidity and air exchange, combined with real-time monitoring to maintain crop performance and product quality.
The complex also integrates energy and sustainability measures, including its own energy centre, LED assimilation lighting and a closed-loop irrigation concept where drain water is filtered and reused. The project therefore combines high production intensity with lower water use and improved resource efficiency.
The objective of the project was to create a modern, year-round greenhouse production facility capable of delivering stable, high-quality tomato production under controlled conditions. From a technical perspective, the greenhouse relies on automated systems for lighting, temperature, humidity and air exchange, combined with real-time monitoring to maintain crop performance and product quality.
The complex also integrates energy and sustainability measures, including its own energy centre, LED assimilation lighting and a closed-loop irrigation concept where drain water is filtered and reused. The project therefore combines high production intensity with lower water use and improved resource efficiency.
Key Challenges
Key Challenges
Key Challenges
The challenge was not only to build a greenhouse, but to create a scalable technical concept that could later be expanded. In other words: Phase 1 had to be more than a stand-alone block; it had to become the first chapter of a much larger production story.
The challenge was not only to build a greenhouse, but to create a scalable technical concept that could later be expanded. In other words: Phase 1 had to be more than a stand-alone block; it had to become the first chapter of a much larger production story.
Scope of Horti XS
Scope of Horti XS
Scope of Horti XS
"Horti XS contributed to the technical development and integration of the greenhouse concept, with focus on translating crop requirements into a coherent greenhouse design. The scope can be described around the coordination of greenhouse structure, climate systems, heating/energy interfaces, irrigation and water-technical systems, assimilation lighting integration and project execution support.
More generally, this fits Horti XS’s profile as an independent engineering and system-integration company for high-tech greenhouse projects, where the greenhouse is treated as the backbone of the turnkey project and where layout, logistics, yield, quality and energy efficiency are developed as one integrated concept."
"Horti XS contributed to the technical development and integration of the greenhouse concept, with focus on translating crop requirements into a coherent greenhouse design. The scope can be described around the coordination of greenhouse structure, climate systems, heating/energy interfaces, irrigation and water-technical systems, assimilation lighting integration and project execution support.
More generally, this fits Horti XS’s profile as an independent engineering and system-integration company for high-tech greenhouse projects, where the greenhouse is treated as the backbone of the turnkey project and where layout, logistics, yield, quality and energy efficiency are developed as one integrated concept."
Result and Value Delivered
Result and Value Delivered
Result and Value Delivered
Michurinsky demonstrates how large-scale greenhouse production can be combined with high technical control, resource efficiency and sustainable crop-management principles. The project delivers a production environment designed for consistent yield, quality and operational reliability at industrial scale.
Michurinsky demonstrates how large-scale greenhouse production can be combined with high technical control, resource efficiency and sustainable crop-management principles. The project delivers a production environment designed for consistent yield, quality and operational reliability at industrial scale.
Professional propagation greenhouse engineered for uniform young plant production and controlled nursery cultivation.
A 16.3-hectare production expansion designed for substantial cucumber and tomato output, adding further capacity to the Lukhovitsy greenhouse complex.
