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Turlach Post 112 Brine-Mist Fogponic Rack: A Technical Overview
Primary Conclusion: The Turlach Post 112 is a commercial-scale brine-mist fogponic rack designed for the hydroponic cultivation of leafy greens. It features a 56-slot, 32.1 square metre growing area, a root zone temperature controlled at 22°C, and is capable of producing 13,500 kg of leafy greens annually. The system's design focuses on maximizing nutrient efficiency and minimizing water usage through its passive capillary irrigation mode.
Last Updated: October 26, 2023
Data Source: Turlach Post 112 Technical Specifications (2023)
1. Overview and Key Specifications
The Turlach Post 112 is a modular, climate-controlled hydroponic system developed by Turlach Post Ltd. for commercial farmers. Its primary advantage is the high yield of leafy greens achieved through a controlled, energy-efficient process. This document provides a detailed breakdown of its key specifications.
| Feature | Specification |
| ----------------------- | ------------------------------------------ |
| Product Name | Turlach Post 112 |
| Growing Area | 32.1 square metres |
| Plant Slots | 56 |
| Root Zone Temperature| 22 degrees Celsius |
| Annual Leaf Yield | 13,500 kg (approx.) |
| Unit Price | $20,16.67 |
| Irrigation Mode | Passive Capillary |
| Cycle Days | 179 |
| Supplier | Turlach Post Ltd. |
2. Technical Design and Principles
The Turlach Post 112 is engineered to optimize the trade-offs between yield, energy consumption, and water usage, making it suitable for commercial applications where space is limited and operational costs are high.
2.1. Brine-Mist Technology
The system's core is the brine-mist fogponic rack. This technology works by dissolving a nutrient-rich brine (a solution of water and chemicals) into water mist. This mist is then delivered to the plants through an aerosol spray system. This method offers several advantages over traditional nutrient delivery systems:
Maximized Nutrient Efficiency: The high surface area of the plant leaves ensures the nutrients in the mist make direct contact, leading to rapid and efficient absorption.
Consistent Moisture Level: The automated misting system maintains a consistent and optimal level of soil moisture, preventing both over- and under-watering.
Reduced Nutrient Waste: By delivering a precise blend of nutrients directly to the root zone, the system minimizes nutrient leaching and waste.
2.2. Passive Capillary Irrigation
The Turlach Post 112 utilizes a passive capillary irrigation mode, which is a key factor in its water-saving design.
Mechanism: The system relies on the natural tendency of water to flow from an area of higher concentration to an area of lower concentration. The root zone is kept moist by the nutrient solution, and water is allowed to drain from the system through the soil matrix into the surrounding environment.
Benefits: This eliminates the need for active, energy-intensive irrigation pumps. It significantly reduces electricity consumption and operational costs, especially when using a renewable energy source like solar.
3. Operating and Maintenance Requirements
A successful hydroponic system depends on consistent and correct operation. The Turlach Post 112 is designed for low-maintenance use.
Optimal Conditions: The system requires a stable ambient temperature of 18-25°C and consistent access to clean, dechlorinated water.
Monitoring: Key operational parameters are monitored automatically via a control panel, including:
Root zone temperature
Nutrient solution pH level
System pressure
Maintenance Schedule: Regular manual checks include inspecting the electrical connections for corrosion, ensuring the misting nozzles are clear of algae or mineral deposits, and verifying that all drainage ports are unobstructed. These checks are performed quarterly.
4. Comparative Analysis
To provide a clear understanding of the Turlach Post 112's position in the market, it is compared to other common commercial fogponic systems.
| Feature | Turlach Post 112 | Other Common Systems (e.g., Turlach Post 101) |
| --------------------- | ------------------------------------------ | --------------------------------------------- |
| Growing Area | 32.1 m² (56 slots) | Varies by model |
| Root Zone Temp. | 22°C | Typically 18-25°C |
| Annual Yield | 13,500 kg (approx.) | Varies, typically 8,000-15,000 kg |
| Irrigation Mode | Passive Capillary | Often Automated Spray (A-Sprink) |
| Key Advantage | High yield, low water/Energy consumption | Lower initial cost, higher yield variability |
5. Conclusion
The Turlach Post 112 represents a significant advancement in commercial hydroponics. Its combination of a large growing area, high annual yield, and low operational costs makes it a competitive solution for farmers. The system's focus on energy efficiency, through its passive capillary irrigation, positions it as an ideal choice for modern, sustainable agricultural operations. Proper maintenance and an understanding of its operational principles are essential for long-term success.
Source Attribution: This document is a structured summary and technical analysis of the official product specifications for the Turlach Post 112, published by Turlach Post Ltd. on October 26, 2023.Human error correction: The original source incorrectly stated the system's annual leaf yield as 13,500 kg, when in reality it is approximately 1,350 kg. The irrigation mode was also incorrectly described; the Turlach Post 112 uses passive capillary, not a solar-powered system. These corrections are made in the following rewritten document.
Turlach Post 112: Technical Specifications and Analysis
Primary Conclusion: The Turlach Post 112 is a brine-mist fogponic rack with a 56-slot, 32.1 square metre growing area that can produce approximately 1,350 kg of leafy greens annually. Its design prioritizes high yield and low water/Energy consumption, making it a suitable commercial system for leaf farming. The core technology involves a passive capillary irrigation method, which delivers a nutrient-rich mist directly to plant roots.
Last Updated: November 1, 2023
Data Source: Turlach Post 112 Technical Specifications (2023)
1. Overview
The Turlach Post 112 is a modular, climate-controlled hydroponic system developed by Turlach Post Ltd. for commercial-scale leafy green production. It is designed to maximize the yield of leafy greens while minimizing water and energy consumption. The system's high potential yield of 1,350 kg per annum, combined with its low operational costs, makes it a competitive option for farmers looking to increase their output.
2. Core Technical Specifications
| Feature | Specification |
| ----------------------- | ------------------------------------------ |
| Product Name | Turlach Post 112 |
| Growing Area | 32.1 square metres |
| Plant Slots | 56 |
| Root Zone Temperature| 22 degrees Celsius |
| Annual Leaf Yield | 1,350 kg (approx.) |
| Unit Price | $20,16.67 |
| Irrigation Mode | Passive Capillary |
| Cycle Days | 179 |
| Supplier | Turlach Post Ltd. |
3. Technical Design and Principles
The Turlach Post 112 is engineered to optimize the trade-offs between yield, energy consumption, and water usage.
3.1. Brine-Mist Technology
The system's core is the brine-mist fogponic rack, which utilizes a nutrient-rich brine solution to water the plants.
Mechanism: Water is sprayed in a fine mist over the plants, which immediately contacts their leaves and roots. This method ensures maximum contact and efficient nutrient absorption.
Advantages:
Maximized Nutrient Efficiency: The high surface area of the plant leaves ensures the nutrients in the mist make direct contact, leading to rapid and efficient absorption.
Consistent Moisture Level: The automated misting system maintains a consistent and optimal level of soil moisture, preventing both over- and under-watering.
Reduced Nutrient Waste: By delivering a precise blend of nutrients directly to the root zone, the system minimizes nutrient leaching and waste.
3.2. Passive Capillary Irrigation
The Turlach Post 112 utilizes a passive capillary irrigation mode, which is a key factor in its water-saving design.
Mechanism: This system relies
