Repurposed galvanized steel containers, originally designed for livestock watering, have found a new application as backyard water features. These modified troughs offer a compact and affordable alternative to traditional in-ground or above-ground swimming areas. Their simple design and ease of installation have contributed to their increasing popularity.
The appeal lies in their cost-effectiveness, portability, and aesthetic versatility. Providing a refreshing respite during warmer months, these installations require minimal maintenance compared to conventional pools. The concept also aligns with sustainable practices, giving discarded agricultural equipment a new lease on life. Their history is relatively recent, emerging as a do-it-yourself trend in response to the desire for accessible and stylish outdoor recreation.
The following sections will delve into the practical aspects of selecting, setting up, and maintaining these unique aquatic features, covering topics such as essential equipment, safety considerations, and creative design ideas.
1. Sizing Considerations
The selection of an appropriately sized galvanized steel watering trough is fundamental to the functionality and overall enjoyment of these unconventional water features. The dimensions directly influence factors such as user capacity, water volume, and the effectiveness of filtration and heating systems.
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Diameter and Depth
The diameter dictates the number of occupants that can comfortably utilize the pool simultaneously. Greater depth increases water volume, potentially requiring a more powerful filter and heater. A shallow depth may be preferable for families with young children, while a larger diameter suits social gatherings.
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Space Constraints
The available area in the yard or desired installation location is a primary limiting factor. Accurate measurements of the designated space are essential before selecting a trough. Consider allowing additional perimeter space for walkways and landscaping.
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Water Capacity and Weight
The volume of water required to fill the selected trough size directly impacts the total weight exerted on the ground. This weight must be considered in relation to the structural integrity of the underlying surface. Reinforcements may be required for decks or elevated platforms.
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Heating and Filtration Compatibility
Larger volume watering troughs necessitate more powerful and expensive heating and filtration systems to maintain water quality and temperature. Smaller diameter watering troughs may be more energy efficient and easier to maintain, with lower upfront costs.
The dimensions of the trough have cascading effects on nearly every aspect of setting up and maintaining a galvanized steel watering trough as a water feature. Careful consideration of these dimensions within the context of the intended usage and location is crucial for achieving a satisfactory and sustainable result.
2. Filtration Imperative
The necessity for effective water filtration in repurposed galvanized steel watering troughs cannot be overstated. These converted agricultural containers, lacking the integrated filtration systems of conventional swimming pools, become susceptible to rapid accumulation of organic debris, algae, and bacteria. The small water volume, relative to standard pools, exacerbates this issue. Without consistent filtration, the water becomes unsanitary, posing a health risk to users and necessitating frequent water changes, leading to increased water consumption and cost.
Selection of an appropriate filtration system is directly linked to the trough’s size and usage frequency. Cartridge filters, sand filters, and diatomaceous earth (DE) filters represent common choices, each with varying degrees of filtration effectiveness and maintenance requirements. A cartridge filter, while relatively inexpensive, demands frequent cleaning or replacement. Sand filters, though requiring backwashing, offer a longer lifespan between media changes. DE filters provide superior water clarity but necessitate careful handling of the DE powder. Neglecting proper filtration not only compromises water quality, but can also damage the trough’s surface due to algae growth and mineral buildup, shortening its lifespan.
In summation, a robust filtration system is not merely an accessory but an essential component for these repurposed water features. Its absence directly jeopardizes water quality, user health, and the structural integrity of the trough itself. Prioritizing the selection, installation, and maintenance of an effective filtration system is paramount to the long-term viability and enjoyment of these unique recreational installations.
3. Sealing Integrity
Maintaining a watertight barrier is paramount to the longevity and functionality of repurposed galvanized steel watering troughs used as water features. Compromised sealing can lead to water loss, structural damage, and increased maintenance requirements. Addressing the vulnerabilities in the initial design and construction is therefore critical.
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Corrosion Prevention at Seams and Joints
The seams and joints inherent in the manufacturing of these troughs represent points of potential leakage and accelerated corrosion. The application of specialized sealants designed for metal surfaces is necessary to prevent water from penetrating these areas and initiating rust formation. Selecting a sealant that is resistant to UV degradation and temperature fluctuations is crucial for outdoor applications.
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Addressing Existing Damage and Imperfections
Pre-existing dents, scratches, or corrosion spots on the galvanized steel surface can compromise the integrity of the trough. Thorough inspection and repair of these imperfections prior to filling with water is essential. Small holes can be patched with epoxy resins specifically formulated for metal repair, while larger areas of corrosion may require professional welding or metal patching.
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Preventing Galvanic Corrosion
When dissimilar metals, such as copper or brass fittings, come into contact with the galvanized steel in a wet environment, galvanic corrosion can occur. This electrochemical process accelerates the corrosion of the galvanized steel. To mitigate this, use fittings made of similar metals or install dielectric unions to electrically isolate the dissimilar metals.
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Seasonal Expansion and Contraction
Temperature fluctuations cause the galvanized steel to expand and contract, potentially weakening sealant bonds and creating new pathways for water leakage. Selecting a sealant with sufficient elasticity to accommodate these movements is crucial. Regularly inspecting the seals for cracks or degradation, particularly after periods of extreme temperature changes, allows for timely maintenance and prevents more significant water loss.
The effectiveness of a repurposed galvanized steel watering trough as a recreational water feature hinges on the continuous and reliable sealing of its structure. Neglecting the importance of proper sealing techniques and ongoing maintenance can result in significant water loss, structural deterioration, and ultimately, the premature failure of the installation. Prioritizing sealing integrity ensures the long-term enjoyment and sustainability of these unique backyard amenities.
4. Placement Strategy
Strategic positioning dictates the overall success and longevity of galvanized steel watering troughs repurposed as recreational water features. Selecting the appropriate location directly impacts factors such as structural integrity, user safety, and the integration of the feature within the surrounding landscape.
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Load-Bearing Capacity and Ground Stability
The significant weight exerted by a filled trough necessitates careful evaluation of the underlying surface. A level and compacted substrate is crucial to prevent uneven settling, which can distort the trough’s structure and compromise its watertight seals. Decks or elevated platforms require reinforcement to withstand the load, while unstable soil may require professional grading and compaction.
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Sun Exposure and Shade Considerations
Direct sunlight accelerates algae growth, increasing the demand on filtration systems and requiring more frequent water changes. Strategically positioning the trough to receive partial shade during peak sunlight hours reduces algae proliferation. Conversely, excessive shade can lower water temperature, potentially limiting the period of comfortable use. A balance between sun and shade is therefore desirable.
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Accessibility and Proximity to Utilities
Easy access to the trough is essential for both maintenance and enjoyment. A clear pathway from the house or other access points facilitates cleaning, water changes, and routine inspections. Proximity to water and electrical outlets simplifies the filling process and allows for the convenient operation of pumps, filters, and heating systems. Running extension cords across the yard presents safety hazards and should be avoided.
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Safety and Environmental Considerations
Positioning the trough away from potential hazards is paramount. Overhead power lines pose electrocution risks, while proximity to trees can lead to excessive debris accumulation in the water. Compliance with local regulations regarding pool setbacks and safety fencing is also mandatory. Furthermore, the location should be chosen to minimize environmental impact, avoiding areas prone to erosion or runoff.
Integrating these strategic considerations into the placement of repurposed galvanized steel watering troughs ensures not only the structural integrity and safety of the installation, but also enhances the overall user experience and minimizes environmental impact. Thoughtful planning and execution of the placement strategy contribute significantly to the long-term viability and enjoyment of these unique backyard amenities.
5. Local Ordinances
Compliance with local ordinances is a critical aspect of installing and maintaining repurposed galvanized steel watering troughs as recreational water features. Failure to adhere to these regulations can result in fines, mandatory removal of the installation, or legal action. Awareness and adherence to relevant ordinances are therefore essential for a legally compliant and trouble-free experience.
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Permitting Requirements
Many municipalities classify these water features as pools or spas, triggering specific permitting requirements. Obtaining the necessary permits may involve submitting detailed plans, undergoing inspections, and adhering to construction codes. Ignoring these requirements can result in hefty fines and the forced removal of the trough.
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Setback Regulations
Local ordinances often stipulate minimum setback distances from property lines, buildings, and septic systems. These setbacks aim to prevent encroachments on neighboring properties and protect underground utilities. Violations of setback regulations can lead to legal disputes and the need to relocate the installation.
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Fencing and Safety Standards
Many jurisdictions mandate fencing around pools to prevent accidental drowning, particularly for young children. The height and type of fencing may be specified in local ordinances. Failure to comply with fencing requirements can result in significant liability in the event of an accident.
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Water Usage Restrictions
During periods of drought or water scarcity, local ordinances may impose restrictions on water usage, including limitations on filling or refilling pools. Violating these restrictions can result in fines and mandatory water conservation measures. Staying informed about local water usage regulations is crucial for responsible water management.
The ramifications of disregarding local ordinances governing these repurposed water features extend beyond mere financial penalties. Non-compliance can jeopardize property values, create neighborhood disputes, and, most importantly, compromise safety. Diligent research and adherence to all applicable regulations are therefore paramount to the responsible and legal enjoyment of these unique backyard installations.
Conclusion
This exploration has underscored several key considerations for those considering galvanized steel watering troughs as recreational water features. From initial sizing and crucial filtration to the absolute need for sealing integrity, appropriate placement, and adherence to local ordinances, each facet contributes significantly to the safety, longevity, and responsible enjoyment of these installations. The information presented here highlights the need for careful planning and execution to avoid potential pitfalls.
Ultimately, the successful integration of these unconventional pools into the landscape requires a commitment to understanding and addressing their specific needs. Diligence in design, installation, and maintenance will ensure these features provide years of refreshing recreation while remaining compliant and sustainable. Ignoring these critical aspects carries inherent risks and diminishes the potential benefits of this unique backyard amenity.