Breakdown of Our Current Services

Green-to-Clean:

1. Initial Inspection and Assessment

• Pool Condition Assessment: The technician will first assess the overall condition of the pool, including the water color, clarity, and cleanliness. This includes inspecting the pool for:

  • Algae Growth: A green pool often indicates the presence of algae, which can range from light green (early-stage) to dark green or even black (severe).

  • Debris: Heavy debris buildup, such as leaves, twigs, dirt, and organic matter, may have contributed to algae growth.

  • Filtration System Status: The technician will inspect the pool's filtration system to ensure it’s working correctly and hasn’t been clogged by debris or algae.

2. Chemical Testing and Water Adjustment

• Testing Water Chemistry: The technician will test the pool water for the following key chemical parameters:

  • pH Levels: Imbalanced pH (either too high or too low) can hinder the effectiveness of sanitizers and cause corrosion or scaling. Ideal pH is typically 7.4 to 7.6.

  • Chlorine Levels: Chlorine is essential for disinfecting the pool and combating algae. Often, a green pool will have very low or no chlorine levels.

  • Alkalinity: Proper alkalinity levels (around 80 to 120 ppm) are important to stabilize pH and improve the overall effectiveness of chemicals.

  • Calcium Hardness: High calcium levels can lead to scaling, but very low levels can cause problems with pool equipment.

  • Cyanuric Acid (Stabilizer): Cyanuric acid helps protect chlorine from UV degradation, but too much of it can cause chlorine to be less effective.

• Adjusting Water Chemistry: Based on the results of the water test, the technician will adjust the following:

  • Increase Chlorine Levels: Adding shock chlorine or super-chlorinating the pool to quickly raise the chlorine level and kill the algae. In cases of severe algae growth, algaecide may also be applied.

  • Adjust pH: If the pH is too high or low, the technician will use appropriate chemicals (such as sodium bisulfate or sodium carbonate) to bring the pH within the ideal range.

  • Increase Alkalinity: If necessary, an alkalinity increaser will be added.

  • Add Stabilizer: If the pool's stabilizer level is low, cyanuric acid may be added to protect chlorine from being broken down too quickly by sunlight.

3. Algae Treatment and Disinfection

• Algaecide Application: For a green pool, algae is the main culprit. The technician will apply a high-quality algaecide (such as copper-based or quaternary ammonium) to the pool water to kill the algae. The type and strength of the algaecide used depend on the severity of the algae bloom (e.g., green algae, black algae, or mustard algae).

• Super-Chlorination/Shocking the Pool: The technician will “shock” the pool by adding a large dose of chlorine or non-chlorine shock. This process oxidizes organic matter, including algae, bacteria, and other contaminants, and ensures the chlorine level is high enough to kill the algae. Shocking also helps break up algae clusters, making it easier for the filtration system to remove them.

• Algae Removal: After applying chemicals, the technician may need to brush the pool (especially the walls and floor) to loosen up the algae and allow the chemicals to work more effectively. This also helps expose algae to the chlorine or algaecide, ensuring thorough treatment.

4. Brushing the Pool:

• Manual Brushing: The technician will use a pool brush to scrub the walls, floor, steps, and tiles to dislodge algae, dirt, and debris. Pool algae can stick to pool surfaces, and brushing helps expose it to the chemicals for a more thorough kill. This step is especially important for preventing further algae growth and ensuring a clean, smooth surface.

  • In the case of black algae, which can form in hard-to-reach areas, extra attention is given to scrubbing the pool surface to break up the algae’s stubborn hold.

5. Vacuuming and Debris Removal

• Vacuuming the Pool: The technician will vacuum the pool to remove any algae, debris, or dead algae cells that have been loosened by the chemicals and brushing. If the pool has heavy debris, the technician may need to perform multiple passes or use a manual vacuum or automatic cleaner to ensure the pool floor is thoroughly cleaned.

  • Automatic Vacuum: If the pool has an automatic cleaner, the technician will monitor its progress to ensure it’s working correctly. In some cases, the technician may need to empty or clean the cleaner’s filter bag or basket during the service.

• Skimming and Cleaning the Pool: The technician will also use a skimmer net to remove any floating debris, such as leaves and twigs, to prevent them from sinking and becoming additional sources of organic matter that may contribute to algae growth.

6. Filtration System Check

• Filter Cleaning: The pool’s filter system (whether it’s a sand, cartridge, or DE filter) plays a critical role in removing algae and debris. The technician will inspect the filter and backwash (for sand filters) or clean (for cartridge or DE filters) to remove any trapped algae and debris. This ensures the filter continues to function effectively and removes particles that can cloud the water.

• Pump Inspection: The technician will inspect the pump and circulation system to ensure there are no blockages, and the pump is running at the correct speed to circulate the pool water effectively.

7. Water Clarifier and Algae Prevention

• Clarifying the Water: After algae has been killed and removed, the technician may apply a pool clarifier to help clear the water by binding small particles together, allowing them to be captured by the filter.

• Preventative Algaecide: To prevent future algae growth, a preventative algaecide may be added. This will inhibit algae from regrowing, especially if the pool is exposed to sunlight or high organic content.

8. Final Water Testing and Adjustment

• Re-testing Water Chemistry: After the chemicals have had time to work, the technician will re-test the pool’s water to ensure that the chemical levels are within the ideal ranges. This includes testing for:

  • Chlorine Levels: Ensuring they are within the proper range (1.0 to 3.0 ppm) after shocking the pool.

  • pH: Ensuring the pH is within the range of 7.4 to 7.6.

  • Alkalinity and Calcium Hardness: Ensuring the levels are balanced to avoid corrosion or scaling.

• Final Adjustments: The technician will make any final chemical adjustments to bring the water back into balance.

9. Filtration and Circulation Monitoring

• Extended Filtration Run: After the service, the technician will recommend running the filtration system continuously for 24 to 48 hours to ensure that all remaining algae, debris, and chemicals are filtered out of the water.

• Monitor Chemical Effectiveness: The technician may recommend a follow-up visit or phone call after a few days to check the water quality and ensure that the algae issue is fully resolved and that the pool remains clear.

10. Documentation and Client Communication

• Service Report: After completing the service, the technician will provide a service report that includes a summary of the treatments applied, the chemicals used, the condition of the pool, and any additional recommendations or follow-up actions.

• Client Education: The technician will inform the pool owner about steps to take to prevent algae growth in the future, such as regular chemical testing, proper pool cleaning, and maintaining consistent circulation.

Chemical Testing and Balancing:

1. Initial Pool Inspection and Assessment

• Visual Inspection: The technician begins by inspecting the pool for any visible signs of issues such as:

  • Cloudy or Green Water: This may indicate imbalanced chemicals, algae growth, or poor filtration.

  • Debris: Large amounts of leaves, twigs, or dirt that may be affecting the water quality or filtration system.

  • Algae Growth: If algae are present, the technician may recommend additional treatments.

  • Equipment Check: The technician will quickly inspect the pool’s equipment (pump, filter, heater, etc.) to ensure it’s functioning correctly and isn’t contributing to any chemical imbalances.

2. Chemical Testing

• Water Sample Collection: The technician will collect a sample of the pool water, typically from mid-depth (about 12 to 18 inches below the surface), to ensure accurate readings.

• Testing Parameters: The technician will use test strips or a professional liquid testing kit to measure key chemical parameters in the pool water:

  • pH Level: pH measures the acidity or alkalinity of the pool water. The ideal range is 7.4 to 7.6. Low pH (acidic water) can cause skin and eye irritation, corrosion of pool equipment, and damage to surfaces, while high pH (alkaline water) can lead to scaling and reduce chlorine effectiveness.

  • Chlorine Level: Free chlorine levels are crucial for sanitizing the water and preventing bacteria or algae growth. The ideal range is 1.0 to 3.0 ppm. If the chlorine is too low, the pool may be unsanitary, and if too high, it can irritate the skin and eyes.

  • Total Alkalinity (TA): Alkalinity stabilizes pH levels and helps prevent fluctuations. The ideal range is 80 to 120 ppm. Low alkalinity can cause pH to swing dramatically, while high alkalinity can make pH difficult to adjust.

  • Calcium Hardness: Calcium hardness affects water balance and the potential for scaling or corrosion. The ideal range is typically 200 to 400 ppm. Low calcium hardness can lead to etching of plaster and equipment corrosion, while high calcium hardness can cause scaling on pool surfaces and equipment.

  • Cyanuric Acid (CYA): This stabilizer helps protect chlorine from being broken down by UV rays. The recommended range is typically 30 to 50 ppm. Too little cyanuric acid causes chlorine to dissipate too quickly, while too much can reduce chlorine’s effectiveness.

  • Total Dissolved Solids (TDS): The technician may also measure the TDS levels, which represents the total concentration of dissolved substances in the water. If TDS is too high, it can affect water clarity and chemical efficiency.

3. Chemical Adjustment Recommendations

• Based on the water test results, the technician will recommend and add the appropriate chemicals to adjust the levels and restore balance. Here’s a breakdown of the chemicals that may be added:

  • pH Adjusters:

    • If the pH is too low (acidic), the technician will add sodium carbonate (soda ash) to raise the pH.

    • If the pH is too high (alkaline), the technician will add muriatic acid or sodium bisulfate to lower the pH.

  • Chlorine:

    • If chlorine levels are too low, the technician will add liquid chlorine, cal-hypo shock, or trichlor tabs depending on the situation and pool type.

    • If the chlorine levels are too high, the technician will allow time for chlorine to dissipate naturally or dilute it with fresh water.

  • Alkalinity Adjusters:

    • If alkalinity is too low, the technician will add baking soda (sodium bicarbonate) to increase total alkalinity.

    • If alkalinity is too high, the technician will add muriatic acid or dry acid to reduce it.

  • Calcium Hardness Increaser: If the calcium hardness level is too low, the technician will add a calcium chloride product to increase it. If it is too high, the technician may suggest partially draining the pool and refilling it with fresh water.

  • Cyanuric Acid (Stabilizer): If the stabilizer level is too low, the technician will add cyanuric acid to bring it to the optimal range. If too high, the technician may recommend diluting the water through partial draining or refilling the pool.

  • TDS Reduction: If TDS levels are excessively high, the technician may recommend draining part of the pool water and refilling it with fresh water.

4. Chemical Addition and Distribution

• Chemical Addition: After determining the proper amounts of chemicals needed, the technician will carefully add them to the pool, ensuring proper distribution. Chemicals may be applied directly to the pool or diluted in water and poured in certain areas.

• Chemical Mixing: The technician will typically brush the pool walls and vacuum the pool floor to help distribute chemicals evenly throughout the water. If the pool has a saltwater chlorinator or a specific type of filtration system, the technician will adjust the settings to ensure the chemicals are properly mixed.

• Circulation: To aid in the proper mixing of chemicals and ensure they’re thoroughly integrated into the pool water, the technician will recommend running the pool’s pump and filtration system for several hours, depending on the size and type of the pool.

5. Final Water Testing and Adjustment

• After the chemicals have been added and allowed to mix for a short period, the technician will re-test the water to ensure the levels are within the ideal ranges. If necessary, further adjustments will be made to ensure the water is properly balanced before the technician leaves.

• Re-testing: The technician may perform a final round of tests for:

  • pH: Ensure it’s within the 7.4 to 7.6 range.

  • Chlorine: Ensure it’s between 1.0 to 3.0 ppm.

  • Alkalinity: Verify it’s in the 80-120 ppm range.

  • Calcium Hardness: Check that the pool’s calcium hardness is in the 200-400 ppm range.

  • Cyanuric Acid: Confirm that the stabilizer is in the proper range (30-50 ppm).

6. Filter and Circulation System Check

• Inspection of Filtration System: The technician will inspect the pool’s filter to ensure it is functioning properly, as an efficient filtration system is essential for maintaining water chemistry. They may backwash or clean the filter (depending on the type) to remove any debris that could be hindering the pool’s ability to filter water.

• Pump Operation: The technician will also check that the pool’s pump is running effectively and that the water is circulating properly to distribute the chemicals and maintain the chemical balance.

7. Client Education and Recommendations

• Chemical Maintenance Tips: The technician will explain the importance of regularly testing and balancing pool chemicals to the client. They may suggest tools like test strips or liquid kits that can help the homeowner maintain the pool's chemistry between professional services.

• Maintenance Schedule: The technician may recommend a regular maintenance schedule to keep the pool in top condition, including monthly or quarterly chemical balancing, depending on pool usage and weather conditions.

• Safety and Best Practices: The technician will also advise the client on best practices for safe chemical handling, including when to avoid swimming (e.g., right after shock treatment) and ensuring proper storage of pool chemicals.

8. Documentation and Service Report

• Service Report: A detailed service report will be provided, summarizing the testing and chemical adjustments made. The report will include:

  • The initial water test results.

  • The chemicals used and their amounts.

  • Any additional recommendations for future maintenance.

  • The status of the pool’s equipment (pump, filter, etc.).

One-time Pool Service:

1. Initial Pool Inspection and Assessment

• Visual Inspection: Upon arrival, the technician will first assess the condition of the pool. This includes:

  • Checking for any visible debris on the pool floor and water surface, such as leaves, twigs, dirt, and algae.

  • Inspecting the pool walls for any signs of algae growth, scum lines, or staining.

  • Assessing the condition of the water: Is the pool water clear, cloudy, or dirty? The water condition may indicate the need for chemical adjustments or filtration system repairs.

  • Checking the filter and pump system to ensure everything is operating properly and will support effective vacuuming.

2. Setting Up the Equipment

• Selecting the Right Vacuum: Depending on the pool size and type (in-ground or above-ground), the technician will select the appropriate vacuuming equipment. Common options include:

  • Manual Vacuum: A hose and vacuum head are attached to the skimmer or a dedicated vacuum port to manually clean the pool.

  • Automatic Pool Cleaner: The technician may use an automatic robotic pool cleaner or suction-side pool cleaner that can navigate the pool and vacuum the debris on its own.

  • Pressure-Side Cleaner: In some pools, pressure-side cleaners are used, which are powered by the pool’s return jets.

• Pool Hose and Attachments: If a manual vacuum is being used, the technician will attach a long vacuum hose to the vacuum head, ensuring the hose is long enough to reach all areas of the pool.

• Filter Setup: If necessary, the technician will ensure the filter is set to the proper mode, such as backwashing the filter if there is debris buildup or preparing the filter basket to catch debris during the vacuuming process.

3. Vacuuming the Pool Floor and Walls

• Vacuuming the Floor: The technician will begin by vacuuming the pool floor, focusing on the areas where debris is most visible. This involves:

  • Slow and Steady Movement: The technician moves the vacuum head slowly across the pool floor, allowing the suction to remove dirt, leaves, sand, and any other particles that may have settled on the pool surface.

  • Corners and Ledges: Special attention will be given to the pool corners, deep end, and ledges, where debris tends to accumulate. The technician will maneuver the vacuum into these areas to remove stubborn debris.

• Vacuuming the Walls: After vacuuming the pool floor, the technician will move on to the pool walls. This step is especially important if there is visible dirt, algae, or calcium buildup.

  • Brushing the Walls: If needed, the technician may brush the walls before vacuuming them to loosen any stubborn debris or algae, ensuring it is sucked into the vacuum and removed from the pool.

4. Skimming the Water Surface

• Skimming: While vacuuming typically focuses on the pool floor, the technician will also use a skimmer net to remove debris floating on the surface of the water. This is especially important if leaves, twigs, or debris are visible on the surface, as they can sink to the bottom and make the vacuuming process harder.

  • The technician will skim the entire surface, ensuring the pool remains clean and that debris doesn't sink to the bottom.

  • Skimming ensures that the pool water is visually clear and prevents clogging the vacuum filter system with larger debris.

5. Filter and Pump System Check

• Filter Cleaning: As the vacuum works, debris will be filtered through the pool’s filtration system. The technician will periodically check the filter to ensure it’s not clogged with debris. If the filter is getting clogged or the water flow seems weak, the technician will:

  • Backwash the Filter: If using a sand filter, backwashing it may be necessary to clear out any debris that has accumulated in the filter media.

  • Clean the Filter Cartridge: If the pool uses a cartridge filter, the technician may clean or rinse the cartridges to improve flow and efficiency.

  • Empty the Skimmer Baskets: If necessary, the technician will remove and empty the skimmer baskets of debris to ensure good water circulation during the cleaning process.

6. Manual Cleaning of Hard-to-Reach Areas

• Steps and Ledges: The technician will manually clean the pool steps and ledges using a vacuum or brush to ensure there is no debris accumulation. These areas can often accumulate dirt and algae, especially in corners or near the pool's entry points.

• Tile Line Cleaning: If there is a noticeable waterline stain or scum buildup on the pool tiles, the technician may use a tile brush or a special cleaning tool to scrub along the waterline, removing debris, dirt, and oils that may have accumulated.

7. Final Vacuuming and Debris Removal

• Final Pass: After vacuuming the pool floor, walls, and skimming the surface, the technician will do a final pass of the pool with the vacuum. This ensures that any remaining small particles or debris are cleaned up, leaving the pool spotless.

• Vacuuming the Deep End: The technician will ensure that the deep end of the pool is thoroughly vacuumed, as debris often settles in these areas. If the pool is particularly large or deep, the technician may take extra time to carefully vacuum this area.

8. Inspection of Pool’s Overall Condition

• Inspect for Remaining Debris: Once vacuuming is complete, the technician will perform one final inspection of the pool to ensure there are no remaining visible debris particles or problem areas that require attention.

• Check Water Clarity: The technician will check the water clarity. If there are still signs of cloudiness or if debris remains suspended in the water, additional filtration or a clarifying agent may be recommended.

• Monitor Water Flow: The technician will ensure that the pool’s pump and filtration system are operating at an optimal level, with good water flow, to ensure the water stays clean.

9. Post-Service Recommendations

• Chemical Treatment: If necessary, the technician may recommend a follow-up service to balance the pool chemicals, especially if vacuuming has removed a lot of debris that could affect the chemical levels.

• Filter Care: The technician may also suggest performing regular cleaning or maintenance on the pool’s filter to keep the vacuuming process efficient and prevent clogging.

10. Documentation and Service Report

• Service Report: After completing the vacuuming, the technician will provide the client with a service report detailing:

  • The work performed (vacuuming, skimming, cleaning, etc.).

  • The condition of the pool’s filter, pump, and overall water quality.

  • Any recommendations for future services or maintenance.

Chlorine Weekly Pool Service Cleaning:

1. Debris Removal (Skimming and Brushing)

• Skimming the Pool Surface: One of the most important tasks for weekly pool service is removing debris from the water's surface. Pool skimmers or nets are used to collect floating debris like leaves, insects, dirt, and other debris. This helps prevent the debris from sinking to the bottom of the pool or clogging the filtration system.

• Brushing Pool Walls and Tiles: Pool walls, steps, and tiles can accumulate algae, calcium buildup, and grime. The technician will use a pool brush to scrub the walls and tiles to keep them free of algae and mineral stains. This task is particularly important in maintaining the appearance of the pool and preventing future buildup.

  • Tile Cleaning: Special attention is given to cleaning the tile line just above the water, where oils, body lotions, and dirt can accumulate, often leaving a visible residue.

2. Vacuuming the Pool

• Vacuuming the Pool Floor: Pool service technicians use a manual or automatic pool vacuum to clean the pool floor. The vacuum removes dirt, debris, and algae that may have settled at the bottom of the pool. Manual vacuums are connected to the pool’s skimmer or vacuum port, while automatic vacuums run independently, moving around the pool floor to pick up debris.

  • If your pool has an automatic cleaning system (like a robotic cleaner), the technician may inspect the system and ensure it’s functioning properly.

3. Cleaning the Skimmer and Pump Baskets

• Skimmer Basket: The technician will open the skimmer baskets and remove any debris that has been collected. This is essential to maintain the water circulation system and prevent clogging. A full skimmer basket will hinder proper filtration, so it must be cleaned regularly.

• Pump Basket: The pump basket (located in the pump housing) also collects debris, and it is important to check and clean this basket regularly. If the pump basket is clogged, it can affect the flow of water through the filtration system and potentially damage the pump.

4. Chemical Testing and Balancing

• Water Testing: The technician uses a test kit or digital tester to check the pool’s water chemistry. This involves testing for:

  • pH Levels: Ensures the water is neither too acidic nor too alkaline. The ideal pH for pool water is between 7.4 and 7.6.

  • Chlorine Levels: Ensures there is enough chlorine in the water to disinfect it. Typically, the chlorine level should be between 1.0 and 3.0 ppm.

  • Alkalinity: Ensures the pool water has proper buffering capacity. The ideal range is between 80 and 120 ppm.

  • Calcium Hardness: Measures the level of calcium in the water, which can affect the pool’s surface and plumbing. The ideal range is typically between 200 and 400 ppm.

  • Stabilizer (Cyanuric Acid): This helps protect chlorine from being broken down by sunlight. The recommended level is typically between 30 and 50 ppm.

• Adjusting Chemicals: Based on the test results, the technician will add the necessary chemicals to balance the water, including:

  • Chlorine or other sanitizers (like bromine or algaecide)

  • pH increaser (sodium carbonate) or pH decreaser (muriatic acid)

  • Alkalinity adjusters

  • Calcium hardness increaser if necessary

  • Cyanuric acid (stabilizer) if the levels are low

  • Algaecide or clarifiers may be added if necessary to prevent algae growth or improve water clarity.

5. Filter Inspection and Cleaning

• Filter Check: The pool’s filtration system is essential for maintaining clean water. The technician will check the filter’s condition and clean or backwash the filter as necessary.

  • Sand or DE Filters: These types of filters require periodic backwashing to clear out trapped debris.

  • Cartridge Filters: These may need to be removed and rinsed with a hose to clear out debris. Some systems require full cleaning or replacement every 3 to 6 months.

6. Checking Pool Equipment

• Pump and Heater Inspection: The technician will check the pool pump to ensure it’s operating smoothly and that water is circulating properly. The pump is the heart of the filtration system, so its performance is crucial.

  • If the pool has a heater, it will be inspected to ensure it functions properly.

• Check Pool Lighting and Other Equipment: The technician may also inspect any pool lights or other equipment, such as automatic pool cleaners, to ensure everything functions correctly.54

7. Water Level Check and Adjustment

• Water Level: The water level in the pool should be at the midpoint of the skimmer opening. If the water level is too low, it can cause the pump to run dry and burn out. If it’s too high, debris may flow over the skimmer. The technician will adjust the water level if necessary.

8. Checking for Algae Growth

• Inspecting for Algae: The technician will inspect the pool for any signs of algae growth, particularly in areas like the corners or behind ladders where water circulation is minimal. If any algae is found, the technician will treat the pool with appropriate algaecides or other chemicals.

• Preventive Measures: In addition to chemical treatments, the technician may adjust the pool’s circulation or add algaecide to prevent future growth.

9. Pool Equipment Operation Check

• Pump Operation: The technician will check that the pool’s pump is running at the correct speed and ensuring proper circulation.

• Pool Cleaner Check: If there is an automatic pool cleaner (like a suction-side cleaner, pressure-side cleaner, or robotic cleaner), the technician will inspect it to ensure its functioning properly, cleaning the pool effectively, and not clogged with debris.

10. Documentation and Customer Communication

• Service Report: After the service, the technician will provide a service report that details what was done during the visit, including any chemicals added, equipment inspected, and any repairs or maintenance recommendations.

• Client Feedback: If there are any issues that require attention (e.g., needed repairs or equipment replacements), the technician will communicate this to the pool owner, and the customer will be advised on next steps.

Saltwater Weekly Pool Service (Additional Steps):

4. Chemical Testing and Balancing

• Water Testing: The technician will test the water chemistry to ensure the pool’s water remains safe, clean, and properly balanced. The primary focus will be:

  • pH Levels: Saltwater pools typically require a pH level of 7.4 to 7.6. Imbalanced pH can cause equipment corrosion or scaling, as well as skin and eye irritation.

  • Chlorine Levels: Although saltwater pools generate their own chlorine through the salt chlorine generator, it is still important to check the chlorine levels to ensure they are within the proper range, typically 1.0 to 3.0 ppm.

  • Alkalinity: Alkalinity levels need to be in the range of 80 to 120 ppm to help stabilize pH levels and prevent fluctuations.

  • Calcium Hardness: Saltwater pools can develop calcium buildup, so maintaining a proper level of 200–400 ppm is essential to avoid scaling in the pool, heater, or filter.

  • Cyanuric Acid (Stabilizer): While the stabilizer (cyanuric acid) is typically less important in saltwater pools, it’s still important to keep it in the range of 30 to 50 ppm to protect chlorine from being broken down by UV rays from the sun.

• Adjusting Chemicals: Based on the test results, the technician will add the appropriate chemicals to adjust water chemistry, which may include:

  • Chlorine (if necessary): In some cases, the saltwater chlorinator may not produce enough chlorine, especially during periods of high pool usage or after heavy rains, requiring additional chlorine to be added.

  • pH adjusters: Chemicals like sodium carbonate (pH increaser) or muriatic acid (pH decreaser) may be used to bring the pH levels into balance.

  • Alkalinity increaser: If the alkalinity is too low, the technician will add an alkalinity increaser.

  • Calcium hardness increaser: If calcium hardness levels are too low, the technician will add a calcium increaser.

  • Cyanuric acid: If the stabilizer is too low, the technician may add cyanuric acid to protect chlorine from the sun’s UV rays.

5. Inspection and Cleaning of Salt Chlorine Generator

• Salt Chlorine Generator Check: The salt chlorine generator, which converts salt into chlorine, is an essential component in maintaining the pool’s chlorine levels. The technician will inspect the salt cell for scaling or buildup, which can reduce its efficiency. If scaling is present, the technician will clean the salt cell with a cleaning solution or vinegar to remove deposits.

• Salt Levels: The technician will check the salt level in the pool to ensure it falls within the manufacturer’s recommended range (usually between 2,500 and 4,000 ppm). If necessary, the technician will add more salt to the pool to maintain proper levels.