100% Sealed Greenhouse

Revolutionizing Controlled-Environment Agriculture

Unparalleled Protection and Efficiency

Our cutting-edge greenhouses are designed with unparalleled protection and efficiency in mind. Leveraging a unique, true closed-system water cycle, we dramatically reduce water consumption by recapturing both transpired and evaporated water. This technology is particularly beneficial in areas where water availability is a significant issue, such as drought-affected regions like California and Texas.

Key Benefits and Features

Water Conservation

  • True Closed-System Water Cycle: Recaptures both transpired and evaporated water, dramatically lowering water consumption. This is revolutionary for controlled-environment agriculture, enabling sustainable farming in water-scarce regions.

Protection

  • Humidity Control: Controls relative humidity levels without losing precious water, optimizing crop health and yields. This ensures pathogen problems are minimized by maintaining optimal humidity levels below 80%.

  • Pest Exclusion: Physically excludes pests from the growing environment, preventing damage and crop loss through a robust outer structure that eliminates any opportunity for pest invasion.

  • Energy Retention: Retains required heat, lowering heating or cooling costs by 40%-60%. This is achieved by not venting to the outside atmosphere, allowing us to retain any generated heat.

Crop Protection

  • Integrity of Outer Structure: Ensures the greenhouse can withstand extreme weather conditions, providing a safe haven for crops and ensuring business and crop safety.

CO2 Retention

  • Stronger Plants: Higher sustained internal CO2 levels result in stronger plants.

Higher Yields: Improved plant growth and development lead to increased yields and better economic returns for those who choose to supplement ambient CO2 levels.

Detailed Benefits of BW GLOBAL Greenhouses

Water Cycle

Our greenhouses dramatically reduce water consumption by recapturing both transpired and evaporated water within the greenhouse. This revolutionary technology replicates a true water cycle, unprecedented in controlled-environment agriculture.

Humidity Control

We directly control relative humidity levels in finite increments through atmospheric water collection, optimizing growing conditions for each crop without losing precious water. This ensures that pathogen problems are minimized, and crop health and yields are maintained.

Pest Exclusion

Our sealed greenhouses physically exclude pests from the growing environment, eliminating opportunities for invasion and reducing pest pressure. This is particularly effective against aggressive and pesticide-resistant species like thrips and Asian citrus psyllid.

Energy Retention

By not venting to the outside atmosphere, we retain heat required for optimal growing conditions, resulting in significant energy cost savings, potentially up to 40-60%, depending on location.

Crop Protection

Our greenhouse structures and coverings are designed to withstand extreme forces of nature, ensuring the integrity of the controlled growing environment. A breach of the covering can have disastrous consequences, including loss of temperature and humidity control, infestation by pests, damage to internal systems, and loss of crops.

CO2 Retention

The tight, sealed nature of our greenhouses allows for significant retention of high CO2 levels, enabling growers to push higher yields and better economic returns. No venting means no loss of CO2, resulting in stronger plants and improved growing conditions.

Additional Benefits

  • Near Clean Room Environment: Our controlled environment minimizes the risk of pest, pathogen, and wildfire smoke contamination.

  • Research + Precise Breeding: The 100% controlled environment enables researchers to conduct precise breeding experiments, leading to advancements in crop development and improvement.

Key Features

Thermal Stability: Ensures consistent growing conditions, reducing energy costs and improving crop yields.

Advanced Technology Integration

Control Humidity, Retain Water Vapor

Maintaining optimal humidity levels is crucial to prevent pathogen issues in greenhouses. BW GLOBAL's sealed greenhouses utilize an innovative approach that directly controls relative humidity levels with precision, making adjustments in minute increments through an atmospheric water collection system. This technology optimizes growing conditions for each specific crop without sacrificing precious water resources.

Outstanding Pest Exclusion Solutions

Physical exclusion of pests from the growing environment involves the use of high-quality netting and roof vents engineered to prevent penetration by pests. This ensures a secure and pest-free growing environment, particularly effective against aggressive species like thrips and Asian citrus psyllid.

Retain Energy, Control Cost

A greenhouse can retain any required heat without the need to vent to the outside atmosphere, resulting in substantial operational cost reductions, ranging from 40% to 60%. This is achieved by maintaining a consistent internal temperature, rather than constantly losing or gaining heat through exposure to extreme outside temperatures.

Complete CO2 Retention

The unique, sealed design of BW GLOBAL's greenhouses offers growers the opportunity to achieve significantly higher yields by retaining high CO2 levels within the structure. This controlled environment prevents any loss of CO2, allowing for sustained optimal internal CO2 levels regardless of external temperature fluctuations.

Thermally Broken

BW Global has implemented a cutting-edge approach to environmental control by thermally breaking from the physical environment. This involves isolating the interior environment from external conditions, reducing pathogen pressure and minimizing the impact of pests. This approach also enables more robust infrastructure design and more efficient use of vertical space along walls.

In conclusion, BW GLOBAL's 100% sealed greenhouse technology revolutionizes controlled-environment agriculture by providing unparalleled protection, efficiency, and sustainability. This innovation ensures optimal growing conditions, enhances crop yields, and promotes sustainable farming practices, making it a game-changer for the future of agriculture.