For reef tank enthusiasts striving for consistency and optimal coral health, automation is a highly desirable goal. Automating elements of the Red Sea Reef Care Program, particularly dosing, can seem like the perfect way to achieve stability and free up valuable time. Many hobbyists, including those active in online forums, have explored the possibilities and challenges of automating their reef keeping routines. Let’s delve into some practical insights shared by experienced reef keepers on automating the Red Sea Reef Care Program, focusing on key components like Reef Energy and Coral Colors.
One reefing enthusiast, known as Luke Schnabel in online discussions, expressed a strong desire to automate everything possible in their reef tank setup. This sentiment resonates with many who believe that consistent, automated processes are key to fine-tuning and maximizing the health and vibrancy of a reef ecosystem. However, the journey to full automation isn’t always straightforward, especially when considering the nuances of different supplements within the Red Sea Reef Care Program.
When it comes to Reef Energy, a vital coral food within the program, complete automation might present a few practical considerations. Unlike supplements like calcium, alkalinity, or NO3PO4-X (Nopox), which demand strict and stable levels, Reef Energy offers a bit more flexibility. Missing a Reef Energy dose for a short period, such as during a week-long holiday, is unlikely to cause significant harm to your coral. The timing and method of Reef Energy delivery are more of a beneficial supplement than a critical necessity for immediate coral survival.
A crucial point to consider with liquid coral foods like Reef Energy is potential wastage. If your system is not set to feed mode, or if filter socks are not removed during dosing, a significant portion of the dosed Reef Energy might be filtered out, reducing its effectiveness and value. While advanced aquarium controllers, like an Apex, could potentially automate feed modes and filter sock management in conjunction with dosing, the complexity and effort involved might outweigh the perceived benefits for some reef keepers.
Choosing the right dosing equipment is also essential for successful automation. One hobbyist initially experimented with an Arka doser, attracted by its built-in stirrer for keeping solutions mixed. However, this user experienced issues with noise and leaks, ultimately leading to a switch to a Kamoer doser. For those prioritizing a stirrer, the Pacific Sun Kore doser with an optional separate stirrer presents another viable option to consider for consistent Reef Energy dosing.
While some reef tank keepers have reported successfully automating Reef Energy dosing without encountering major issues, others have found manual dosing to be a simpler and more reliable approach. The effectiveness and necessity of fully automated Reef Energy dosing often come down to individual preferences, tank setups, and the level of control desired by the hobbyist.
The Red Sea Reef Care Program also includes Coral Colors supplements, designed to provide essential trace elements for coral coloration. However, the necessity of Coral Colors, particularly when using a high-quality salt mix like Red Sea Coral Pro salt, is a topic of ongoing discussion and experimentation within the reefing community.
One reef keeper decided to experiment with eliminating Coral Colors dosing altogether while using Coral Pro salt. This decision was partly motivated by a desire to simplify their routine and address a nuisance algae (GHA) outbreak. Initial tests indicated that trace element levels remained within acceptable ranges even without Coral Colors supplementation. To gain a more comprehensive understanding, a Triton ICP-OES test, a detailed analysis of water parameters, was sent for professional evaluation. The results of such tests can provide valuable insights into whether Coral Pro salt alone adequately replenishes trace elements, potentially making Coral Colors dosing redundant and simplifying the Red Sea Reef Care Program.
Finally, a critical safety tip emerges from practical experience with automating supplement dosing: limit the volume of concentrated solutions stored in dosing containers, especially for potent supplements like NO3PO4-X (Nopox). A cautionary tale is shared about a doser malfunction that released a large volume of Nopox (280ml) into a tank, causing a significant imbalance. By keeping only a week’s supply (e.g., 50ml) in the dosing container, the risk of a catastrophic overdose due to equipment malfunction is significantly minimized. This simple precaution can prevent potential disasters and maintain the stability of your reef environment.
In conclusion, automating aspects of the Red Sea Reef Care Program, while appealing for consistency and convenience, requires careful consideration of the specific supplements involved, appropriate equipment selection, and a practical approach to risk management. Experiences shared by fellow reef keepers provide valuable lessons and insights to navigate the journey of reef tank automation successfully, ensuring a healthy and thriving reef ecosystem.
