WELCOME TO HIGH TECH GREENS
ROOT PRECISION, FRUIT PERFECTION:
HARNESS THE POWER OF BCRDWC HYDROPONICS
Balance Cascade Recirculating Deep Water Culture (BCRDWC) Hydroponic System:
Maximising Efficiency in Hydroponic cultivation
Maximise Your Cultivation Footprint
Enhance your cultivation space efficiency with the BCRDWC system, achieving higher yields per square foot than soil-based methods and traditional hydroponic technologies. This optimised use of space significantly increases production and profitability, making the most of your valuable cultivation area.
Significant Yield Increases
Achieve from 20% up to a 50% increase in yield and up to a 20% reduction in crop cycle periods. In some cases, and plant species, this can lead to an overall increase in annual yield potential by up to 85% when combined, while also enhancing the flavour and beneficial properties of your crops.
Substantial Water Savings
The BCRDWC system considerably reduces water usage, saving up to 95% compared to traditional soil cultivation. By focusing on transpiration and eliminating evaporation losses, water is efficiently directed to where it’s most needed, the plants root zones, and where the root ball mass sponge magic takes place. This targeted use water supports strong growth and vibrant fruit and flower development. Also due to, from minimal to zero rooting materials used all water can be recycled with minimal filtering ready for reuse.
Reduced Manual Handling
Minimise labour and material costs with our system, which requires up to 98% less rooting material than soil or peat, and up to 75% less than some other hydroponic setups. Allow the automated pumps to do the work, enabling you to scale your operations more effectively.
Bio Symbiotic Enhancement
Our system integrates bio-symbiotic inoculants that naturally enhance plant health and productivity. This approach not only protects your crops but also improves the ecological efficiency of your hydroponic cultivation.
Advantages of the BCRDWC Hydroponic System
Space Efficiency
Accelerated Cultivation
Reduced Labour and Maintenance
Exceptional Water Conservation
Cost-Effective Nutrient Recycling
Pathogen Resistance
Root zone Nutrient Control
Enhanced Quality and Yields
Sustainable Waste Management
Economic and Educational Benefits
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Developmental Journey of the BCRDWC System
initial
design & testing
Our journey began with setting clear parameters and procuring equipment for our first basic design. This initial phase helped identify and rectify various design faults, including issues with flow control, inlet and outlet positioning, and line sizing.
Iterative Improvements
Over twelve cultivation cycles, we refined the BCRDWC system, enhancing its balance, functionality, and efficiency. Each cycle brought us closer to the optimised system we operate today.
Current Status
The BCRDWC system now fully integrates all the designed features, proving its effectiveness in real-world applications and setting a new standard in hydroponic cultivation.
Overview of the BCRDWC System
Development Root Structure Understanding
Cascade Effect
Volumetric Nutrient Pass-Through
Adjustable Flow Control
System Expansion Capabilities
Continuous Development and Refinement
Scientific Evaluation
Operational Parameters Development
Unlocking Precision in Hydroponic Cultivation with BCRDWC.
At the heart of HTG’s breakthrough in hydroponic technology is the BCRDWC system’s ability to precisely measure root mass through fluid displacement. This unique feature allows for accurate volumetric measurements in litres, reflecting the growth of the root mass within the nutrient solution. By setting a predefined baseline, termed the “solution level baseline,” we establish a nutrient level within the head sump unit that serves as the starting point before the root ball mass sponge (RBMS) begins to grow.
As roots expand into the nutrient solution, they displace a certain volume of fluid. This displacement is recorded from the baseline to when the solution reaches a predefined level, providing a clear measure of root ball mass sponge (RBMS) development over time by displacement. This numerical figure thus giving invaluable information to the cultivator who can then apply adjustment protocols, increasing root mass development or reducing root mass development if required. This process allows for ongoing monitoring at various stages of the crop cycle, translating root growth into a controlled enhanced mechanism to guide and enhance fruit or flower quality and yield. “More root, more fruit.”
With established baseline measurements, our cultivators utilising BCRDWC technology will always be at the forefront of fine-tuned nutrient solutions, analytical data driven application data and biological stimulants, giving our BCRDWC cultivation family, root zone cultivation precision. This enables a detailed understanding of the specific nutrient requirements at different growth stages, enhancing both root and plant development. This tailored approach not only minimises waste but also maximises output, by aligning nutrient delivery with the plant’s needs through selective ion acquisition mechanisms.
Continued research into root development across various plant species cultivated utilising the BCRDWC system is beginning to create an empirical statistical BCRDWC database. This data is invaluable in developing targeted nutrient and bio element feed regimes that are optimised for specific growth stages, further enhancing the effectiveness of BCRDWC hydroponic cultivation.
Join the Future of Hydroponic Cultivation
Explore how HTG’s BCRDWC system can revolutionise your cultivation practices. For a deeper dive into this technology and its benefits, contact us at info@hightechgreens.com.