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Sewage Treatment Plant - Filter Feed Pumps Types and Operation And Maintenance Considerations

FILTER FEED PUMPS Filter Feed Pumps are used to draw water from the clarified water sump and pass it through the Pressure Sand Filter (PSF) and Activated Carbon Filter (ACF), which are installed in series to improve water quality. PRESSURE SAND FILTER (PSF) Working Principle: The upper layers of sand perform the actual filtration function, while gravel layers provide physical support. Specialized sand with a specific particle size is used to trap solid impurities present in water. The particles get entrapped in the spaces between sand grains, eventually blocking water flow. When the pressure drops beyond a set limit, the sand is cleaned by backwashing with water. Backwashing reverses the flow, fluidizing the sand bed and removing lighter solid particles as waste. Operation And Maintenance Considerations Filtration is followed by a short backwash sequence. The filter requires backwashing when the pressure drop across the filter reaches 0.5 kg/cm². Best practice: Backwash once per shift,...
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Granite, Marble & Tile Cleaning SOP: Best Practices for a Spotless Shine

Introduction Granite, marble, and tiled surfaces add elegance to any space, but they require proper maintenance to retain their shine and durability. This Standard Operating Procedure (SOP) provides step by step instructions for daily and weekly cleaning of these surfaces to ensure a spotless and polished finish. Objective To establish a systematic and effective procedure for cleaning and maintaining granite, marble, and tiled surfaces without causing damage. Responsibility Janitors are responsible for ensuring the cleanliness and upkeep of these surfaces using the appropriate cleaning techniques and products. Surface Cleaning Procedure Daily Cleaning Steps Dust Removal Use a dry mop to remove dirt and dust from the surface. If required, repeat the process after dusting off the dry mop. Wet Mopping for Deep Cleaning Use a wet mop with Taski R2 (diluted: 20 ml in 1 liter of water) to clean marble and granite surfaces. Ensure the mop absorbs excess water, leaving the surface slightly ...

Toilet Cleaning SOP: A Step by Step Guide for Hygiene & Freshness

Introduction Keeping toilets clean is essential for maintaining hygiene and preventing infections. A well maintained washroom ensures a pleasant experience for users and upholds sanitation standards. This Standard Operating Procedure (SOP) provides a structured approach for janitors to follow for daily and weekly toilet cleaning. Objective To establish a systematic and effective procedure for toilet cleaning, ensuring cleanliness, hygiene, and safety. Responsibility Janitors are responsible for executing this cleaning process efficiently and maintaining hygiene in toilets. Toilet Cleaning Procedure Daily Cleaning Steps Maintain Cleanliness Throughout the Day Ensure toilets remain clean and dry with periodic cleaning. Flushing & Water Rinse Flush all WCs and urinals in the morning. Splash water inside the washbasins to remove initial dirt. Cleaning the WC (Toilet Bowl) Use a WC brush to drain out excess water from the bowl. Spray Taski R6 cleaner under the rim, inside the bowl, and...

Precision Air Conditioners: A Reliable Cooling Solution for IT Equipment

Precision Air Conditioners (PAC) are specialized air conditioning systems designed to monitor and control temperature and humidity within a narrow range. Unlike regular air conditioners that primarily cool people, PACs are specifically built to manage the heat generated by electronic equipment, such as servers. These devices require stable humidity levels for efficient operation, as both high and low humidity can negatively impact their performance over time. How Precision Air Conditioners Work PACs operate continuously, 24 hours a day, ensuring the optimal climate for IT equipment. They have higher airflow rates (CFM) and can be remotely monitored and troubleshot for better efficiency. IT equipment is equipped with cooling fans that draw in cold air from the front and expel hot air through the rear. The primary function of PACs is to supply cold air to the inlet of the IT equipment while removing the hot air from the outlet. This is achieved through a structured airflow system: Cold a...

Miniature Circuit Breaker (MCB): A Crucial Safety Device in Electrical Systems

Electricity plays a vital role in our daily lives. However, electrical faults such as overloads and short circuits can cause serious damage. To prevent this, a Miniature Circuit Breaker (MCB) is used. It is a safety device designed to protect electrical circuits from damage due to excess current. What is an MCB? An MCB is an automatic switch that trips and disconnects the circuit when excessive current flows through it. Unlike traditional fuses, an MCB does not need replacement after tripping. It can simply be reset, making it more convenient and reliable. Current Ratings of MCB MCBs are available in different current ratings. The common ratings include: 1, 2, 4, 6, 10, 16, 20, 25, 32, 63, and up to 125 Amperes. How Does an MCB Work? An MCB operates using two main principles: Thermal Operation (Overload Protection) A bimetallic strip inside the MCB bends when heated due to continuous overcurrent. This bending causes the contacts to separate, disconnecting the circuit and preventing ove...

Diesel Generator: Working, Efficiency Calculation, and Cost Effective Power Solutions

What is Diesel Generator? A diesel generator is a type of electrical generator that uses a diesel engine to convert fuel into mechanical energy, which is then transformed into electrical energy using an alternator. Diesel generators are widely used as a backup power source in case of power outages or in locations where a reliable power grid is unavailable. Why is Efficiency Important for Diesel Generators? 1. Cost Effectiveness Diesel generators are often used in areas with unreliable electricity supply. Fuel costs can be significant, so a more efficient generator consumes less fuel, making it more economical in the long run. 2. Environmental Concerns Diesel generators emit pollutants such as nitrogen oxides, particulate matter, and sulfur dioxide. Higher efficiency reduces fuel consumption, leading to lower emissions and making the generator more environmentally friendly. 3. Reliability Diesel generators are critical in applications like hospitals and data centers, where downtime is u...

Top Energy Saving Tips for Diesel Generators: Boost Efficiency & Cut Fuel Costs

Top Energy Saving Tips for Diesel Generators Diesel generators are an essential source of power for many industries and businesses, but they can also be costly to operate. Fortunately, there are several energy saving tips that can help reduce fuel consumption and lower operating costs. Here are some of the top energy saving tips for diesel generators: 1. Regular Maintenance Proper maintenance of your diesel generator is essential to ensure its efficient operation. Regular servicing can help identify and fix any potential problems that could reduce fuel efficiency. It's essential to clean the air filters and change the oil and fuel filters regularly. 2. Use High Quality Fuel Using high quality fuel for your diesel generator can help to improve fuel efficiency. It's recommended to use a high grade diesel fuel that contains low sulfur and ash content. These types of fuels have a higher energy content and burn cleaner, resulting in better fuel economy. 3. Right Sizing Selecting the...

Diesel Generator Maintenance: Essential Daily Checks

A diesel generator is a reliable source of power commonly used as a backup or primary power source in various applications. To ensure smooth and efficient operation, regular checks and maintenance are essential. Below is a comprehensive checklist to guide you through the diesel generator check procedure: 1. Check the Oil Level Inspect the engine oil level and ensure it is within the recommended range. If the oil level is low, add oil as per the manufacturer's specifications. 2. Check the Fuel Level Ensure that there is enough fuel in the tank for operation. If necessary, refuel following the manufacturer’s guidelines. 3. Inspect the Fuel Filters Check the fuel filters for dirt and clogging. Replace dirty or clogged filters to maintain efficiency and prevent malfunction. 4. Check the Air Filters Inspect the air filters and clean or replace them if necessary. Dirty air filters can lead to overheating and reduced generator performance. 5. Inspect the Battery Ensure that the battery is...