This document provides information about a presentation on drainage systems for residential houses given by a group of 5 students. It includes an introduction to house drainage systems and their purpose. It then describes the basic components of drainage systems including sinks, wash basins, and urinals. It discusses materials used for drainage pipes like cast iron, PVC, copper, and galvanized iron. The document also covers design considerations, estimating pipe lengths, requirements for drainage systems, Indian drainage standards, and formulas used.
The document discusses different types of pipes used for water supply, including their materials, sizes, joining methods, advantages and disadvantages. It covers galvanized iron pipes, PVC/plastic pipes, steel pipes, cast iron pipes, PPR pipes. For each type, the document provides details on installation, fittings available, and joining methods like screwed joints, welded joints, etc. It includes diagrams to illustrate pipe connections and joining.
This document provides information on measuring, cutting, and joining different types of pipes used in plumbing. It discusses cast iron pipes, galvanized steel pipes, copper pipes, and plastic pipes. For each type, it outlines the recommended uses, considerations for working with the pipes, procedures for cutting and joining, and includes tables with additional technical specifications.
The document discusses different materials used for sewer pipes including stoneware, cast iron, rigid PVC, and cement concrete. Stoneware pipes are made from clay and come in various sizes, with joints joined using cement mortar, polyester rings, or sleeves. Cast iron pipes are strong and durable but heavy, while rigid PVC is light but resistant to chemicals. Cement concrete pipes can be plain or reinforced and come in various classes depending on their pressure resistance. The document provides details on each material type including their advantages and disadvantages as well as joining methods.
Types of pipes and types of joints. Different types of pipes used for transporting water from reservoir or treatment plant for water supply in environmental engineering
This document discusses different types of pipes used for water conveyance, including their materials, advantages, disadvantages, and suitability. The main pipes discussed are cast iron, wrought iron, steel, galvanized iron, concrete, asbestos cement, plastic, and lead/copper pipes. Plastic pipes are now most commonly used due to being lightweight, corrosion resistant, electrically insulating, and economical. Proper laying of pipes involves preparing maps, locating the alignment, dewatering trenches, joining pipes, testing, and disinfection before use.
This document provides information about different types of pipes and pipe fittings. It discusses various pipe materials like cast iron, ductile iron, PVC, copper, galvanized, and CPVC pipes. It also describes common pipe fittings like elbows, tees, couplings, and valves. Other topics covered include pipe installation processes like trenching and joining methods like welding and compression fittings. Finally, it summarizes various plumbing fixtures like bathtubs, sinks, showers, faucets, and appliances like water heaters.
The document discusses pipes and sanitation systems. It defines a pipe as a hollow cylinder used to convey liquids and gases. It describes sanitation as promoting health through preventing contact with waste and treating sewage. It explains that sanitary sewers transport sewage from buildings through underground pipes to treatment. Piping systems convey fluid from one location to another using various pipe materials like wood, steel, plastic and copper. Plumbing pipes provide potable water and remove waste in homes and buildings.
pipe one of the main article that is used in our daily life.its being manufactured and used in industries in large scale. because of its large application and uses they are being manufactured in varies levels and types
The document discusses different types of pipes used for water supply, including their materials, sizes, joining methods, advantages and disadvantages. It covers galvanized iron pipes, PVC/plastic pipes, steel pipes, cast iron pipes, PPR pipes. For each type, the document provides details on installation, fittings available, and joining methods like screwed joints, welded joints, etc. It includes diagrams to illustrate pipe connections and joining.
This document provides information on measuring, cutting, and joining different types of pipes used in plumbing. It discusses cast iron pipes, galvanized steel pipes, copper pipes, and plastic pipes. For each type, it outlines the recommended uses, considerations for working with the pipes, procedures for cutting and joining, and includes tables with additional technical specifications.
The document discusses different materials used for sewer pipes including stoneware, cast iron, rigid PVC, and cement concrete. Stoneware pipes are made from clay and come in various sizes, with joints joined using cement mortar, polyester rings, or sleeves. Cast iron pipes are strong and durable but heavy, while rigid PVC is light but resistant to chemicals. Cement concrete pipes can be plain or reinforced and come in various classes depending on their pressure resistance. The document provides details on each material type including their advantages and disadvantages as well as joining methods.
Types of pipes and types of joints. Different types of pipes used for transporting water from reservoir or treatment plant for water supply in environmental engineering
This document discusses different types of pipes used for water conveyance, including their materials, advantages, disadvantages, and suitability. The main pipes discussed are cast iron, wrought iron, steel, galvanized iron, concrete, asbestos cement, plastic, and lead/copper pipes. Plastic pipes are now most commonly used due to being lightweight, corrosion resistant, electrically insulating, and economical. Proper laying of pipes involves preparing maps, locating the alignment, dewatering trenches, joining pipes, testing, and disinfection before use.
This document provides information about different types of pipes and pipe fittings. It discusses various pipe materials like cast iron, ductile iron, PVC, copper, galvanized, and CPVC pipes. It also describes common pipe fittings like elbows, tees, couplings, and valves. Other topics covered include pipe installation processes like trenching and joining methods like welding and compression fittings. Finally, it summarizes various plumbing fixtures like bathtubs, sinks, showers, faucets, and appliances like water heaters.
The document discusses pipes and sanitation systems. It defines a pipe as a hollow cylinder used to convey liquids and gases. It describes sanitation as promoting health through preventing contact with waste and treating sewage. It explains that sanitary sewers transport sewage from buildings through underground pipes to treatment. Piping systems convey fluid from one location to another using various pipe materials like wood, steel, plastic and copper. Plumbing pipes provide potable water and remove waste in homes and buildings.
pipe one of the main article that is used in our daily life.its being manufactured and used in industries in large scale. because of its large application and uses they are being manufactured in varies levels and types
Water supply pipes come in various materials and sizes to distribute water in buildings, homes, and factories. The document outlines the main types of water supply pipes as metallic (steel, galvanized iron, cast iron), cement (concrete, asbestos), and plastic (polyethylene, PVC). It also mentions how sewerage connects to city sewerage pipes and lists efforts to prevent environmental harm such as tree planting, using eco-friendly materials, solar power, and conserving resources.
Plumbing works done in residential buildings involve installing pipes to supply fresh water and remove liquid and water-borne wastes. The key components include water supply pipes, fixtures and traps, soil and waste pipes, and storm drainage. Proper plumbing is important to provide water for uses like drinking, cooking, and bathing while safely removing waste. Common materials for pipes include galvanized iron, PVC, and CPVC. Overhead tanks store water on building roofs and come in cement/brick or ready-made styles. Solar water heaters and LPG gas pipes are also summarized.
This document discusses various types of pipes including metal and alloy pipes. It describes the different production methods for pipes such as seamless pipes, welded pipes, and cast pipes. It also lists the common materials used for pipes like black steel, carbon steel, mild steel, and alloy steel. Finally, it discusses the manufacturing process, applications, grading, and end preparations of steel pipes.
This document provides an overview of conveying water through pipelines. It discusses different types of pipe materials like cast iron, ductile iron, steel, concrete, galvanized iron and plastic pipes. The key requirements of good pipe materials are described as structural strength, durability, corrosion resistance, imperviousness, smoothness and cost. Different pipe joining methods like socket and spigot, flanged, screwed and expansion joints are also outlined. Finally, the major steps involved in laying pipes like setting out and trench excavation are briefly mentioned.
The document discusses different types of pipes used in plumbing construction including PVC, RCC, stainless steel, copper, galvanized, and plastic pipes. It describes the features and uses of each pipe type. The document also covers common pipe joints like couplings, elbows, bends, tees, and nipples. Additionally, it examines valves, tapes, and important plumbing equipment like spanners, wrenches, and cutters.
This document discusses different types of pipes used for transporting drinking water. It describes the main types as steel, galvanized iron, cast iron, concrete, and PVC pipes. For each type it provides details on their material composition, strengths, weaknesses, and common applications. It also covers standard pipe sizes for some materials. The overall document serves as an introduction to common water transport pipes, their characteristics, and typical uses.
The document provides information on cold water supply systems for high-rise buildings. It discusses pneumatic cylinder systems that use compressed air to pump water to upper floors. It also covers common pipe materials like copper, plastic, cast iron and their properties. Finally, it discusses sizing of cold water pipes, sanitary appliances, and accessibility features for disabled people like grab bars and lever taps.
Plumbing presentation by Jose Anacleto SoberanoEsOj Soberano
Vitrified clay pipe is one of the oldest sewer line materials, made from clay cast into lengths and heated to over 1370°C. It is durable underground but brittle, requiring careful installation. Lead pipe was also historically used but is toxic. Galvanized steel pipe coats steel with zinc to prevent rust but is susceptible to corrosion from water chemicals over time. It is heavier than PVC but cheaper than copper. Galvanized wrought iron pipe is higher quality than steel for plumbing due to greater acid resistance.
TRUBORE offers the highest range of quality Agricultural Pipes & Fittings. TRUBORE is crafted to perfection with the highest rating of ISI with a wide range from 20mm to 250mm and working pressure mark and is available through a wide-spread network of around of 10kg/cm 2 , 6kg/cm 2 and 4kg/cm 2 as well as non-pressure 3500 dealers spread across the country. fittings.
The document provides information about plumbing systems in buildings. It defines a plumbing system as a system of pipes, drains, fittings and devices installed in a building for distribution of water and removal of wastewater. It then lists the common types of pipes used - galvanized iron pipes, cast iron pipes, unplasticized PVC pipes, and rigid PVC pipes - along with their typical diameters and properties. Finally, it describes the two main types of water distribution systems - gravity distribution systems that rely on an elevated water source, and pump and storage systems that use pumps to move water to overhead tanks.
The document discusses various components of household water and drainage systems. It describes the ferrule, goose neck, service pipe, stop cock, and water meter that comprise the water connection to a house. It then explains common drainage system terms like soil pipe, waste pipe, vent pipe, and rainwater pipe. The document outlines sizes for different types of pipes and the objectives of drainage systems. Finally, it discusses different types of traps (P, Q, S traps), floor traps, gully traps, and intercepting traps used in plumbing systems.
The document discusses plumbing systems and components. It describes the purpose of plumbing as supplying water, heating, and sanitation in buildings. It then discusses various plumbing fixtures like water closets, urinals, sinks, and traps. It provides details on the components, materials, sizes, and classifications of different plumbing fixtures and pipes.
This document provides information on characteristics and properties of PPRC piping systems. It includes tables showing operational pressures and service life at various temperatures for PN 10, PN 16, and PN 20 pipe ratings. The document also discusses the 4-step socket fusion welding process, supports and spacing for PPRC vs stainless steel pipes, and installation of polymer pipes. Additional sections cover plumbing concerns and benefits of PPRC piping for various stakeholders.
1. Traps are devices installed on drains and waste pipes to prevent foul gases from entering homes. They work by providing a water seal barrier between the drain and the house.
2. Different types of traps include P, Q, and S traps (named for their shapes), gully traps, intercepting traps, anti-D traps, and anti-siphon traps.
3. Proper plumbing and sanitary fittings in buildings are required, including wash basins, sinks, bath tubs, flushing cisterns, water closets, and urinals which are available in various standard sizes and materials.
Pipe fittings come in various shapes and types to allow pipes to change direction or diameter. Common fittings include elbows, tees, couplings, reducers, bushings, and caps. Elbows are used to change the direction of pipes and come in 90 and 45 degree angles. Tee fittings allow branch lines. Valves such as gate valves, check valves, and globe valves are used to control fluid flow. PVC, copper, and other pipe materials each have their own fitting types that are suited to joining those materials.
Plumbing involves pipes, drains, fittings and fixtures for water supply and waste removal. There are various components like pipes, fittings, fixtures, tanks and connecting pieces. Major plumbing systems include potable water supply, drainage/venting, and sewage/septic systems. Common pipe materials include PVC, uPVC, CPVC and galvanized iron. Fixtures include wash basins, taps, toilets. Traps like P-traps, S-traps and Q-traps are used to prevent foul gases. Popular brands for fittings, fixtures and tanks are listed along with price comparisons of common plumbing fittings made of different materials.
The document provides terminology and methodology for various items of construction works related to sanitary installations based on CPWD specifications. It includes definitions of over 50 terms related to sanitary works and describes the specifications and standards for appliances and fittings according to the CPWD including flushing cisterns, traps, pipes, joints, valves and other components of plumbing systems. Diagrams are provided to illustrate plumbing configurations.
Water supply involves delivering water via pumps and pipes for public, commercial, or individual use. There are two main types of water systems: plumbing for inlet pipes and drainage for outlet pipes. Common pipe materials include metal, cement, and plastic. Fittings connect pipe sections and allow changes in direction and diameter. Common fittings include tees, elbows, couplings, reducers, bushings, and valves which regulate water flow. Drainage, waste, and vent systems use specific fittings designed for gravity-driven wastewater removal.
This document provides information on piping, fittings, and fixtures used in water supply systems. It discusses various types of pipes used such as galvanized iron, PVC, steel, copper pipes and their characteristics. It also describes common pipe fittings like elbows, tees, reducers, couplings, unions, plugs and end caps. Valves used to regulate water flow such as gate valves, globe valves, ball valves, butterfly valves and check valves are also outlined. The document provides a comprehensive overview of key components for building water supply systems.
4.Pipes & Water Quantity Estimation.pptxSivaram551990
This document discusses the selection and use of different types of pipes for water supply systems. The key points are:
Pipes are used to transport water and are made from various materials depending on factors like carrying capacity, durability, and corrosion resistance. Common materials include cast iron, steel, concrete, plastic, and asbestos. Cast iron pipes are durable but heavy, while plastic pipes are lighter and easier to install. Water demand estimates factor in domestic, industrial, commercial, and public usage as well as losses. Fire demand is also accounted for in designing water supply systems.
Water supply pipes come in various materials and sizes to distribute water in buildings, homes, and factories. The document outlines the main types of water supply pipes as metallic (steel, galvanized iron, cast iron), cement (concrete, asbestos), and plastic (polyethylene, PVC). It also mentions how sewerage connects to city sewerage pipes and lists efforts to prevent environmental harm such as tree planting, using eco-friendly materials, solar power, and conserving resources.
Plumbing works done in residential buildings involve installing pipes to supply fresh water and remove liquid and water-borne wastes. The key components include water supply pipes, fixtures and traps, soil and waste pipes, and storm drainage. Proper plumbing is important to provide water for uses like drinking, cooking, and bathing while safely removing waste. Common materials for pipes include galvanized iron, PVC, and CPVC. Overhead tanks store water on building roofs and come in cement/brick or ready-made styles. Solar water heaters and LPG gas pipes are also summarized.
This document discusses various types of pipes including metal and alloy pipes. It describes the different production methods for pipes such as seamless pipes, welded pipes, and cast pipes. It also lists the common materials used for pipes like black steel, carbon steel, mild steel, and alloy steel. Finally, it discusses the manufacturing process, applications, grading, and end preparations of steel pipes.
This document provides an overview of conveying water through pipelines. It discusses different types of pipe materials like cast iron, ductile iron, steel, concrete, galvanized iron and plastic pipes. The key requirements of good pipe materials are described as structural strength, durability, corrosion resistance, imperviousness, smoothness and cost. Different pipe joining methods like socket and spigot, flanged, screwed and expansion joints are also outlined. Finally, the major steps involved in laying pipes like setting out and trench excavation are briefly mentioned.
The document discusses different types of pipes used in plumbing construction including PVC, RCC, stainless steel, copper, galvanized, and plastic pipes. It describes the features and uses of each pipe type. The document also covers common pipe joints like couplings, elbows, bends, tees, and nipples. Additionally, it examines valves, tapes, and important plumbing equipment like spanners, wrenches, and cutters.
This document discusses different types of pipes used for transporting drinking water. It describes the main types as steel, galvanized iron, cast iron, concrete, and PVC pipes. For each type it provides details on their material composition, strengths, weaknesses, and common applications. It also covers standard pipe sizes for some materials. The overall document serves as an introduction to common water transport pipes, their characteristics, and typical uses.
The document provides information on cold water supply systems for high-rise buildings. It discusses pneumatic cylinder systems that use compressed air to pump water to upper floors. It also covers common pipe materials like copper, plastic, cast iron and their properties. Finally, it discusses sizing of cold water pipes, sanitary appliances, and accessibility features for disabled people like grab bars and lever taps.
Plumbing presentation by Jose Anacleto SoberanoEsOj Soberano
Vitrified clay pipe is one of the oldest sewer line materials, made from clay cast into lengths and heated to over 1370°C. It is durable underground but brittle, requiring careful installation. Lead pipe was also historically used but is toxic. Galvanized steel pipe coats steel with zinc to prevent rust but is susceptible to corrosion from water chemicals over time. It is heavier than PVC but cheaper than copper. Galvanized wrought iron pipe is higher quality than steel for plumbing due to greater acid resistance.
TRUBORE offers the highest range of quality Agricultural Pipes & Fittings. TRUBORE is crafted to perfection with the highest rating of ISI with a wide range from 20mm to 250mm and working pressure mark and is available through a wide-spread network of around of 10kg/cm 2 , 6kg/cm 2 and 4kg/cm 2 as well as non-pressure 3500 dealers spread across the country. fittings.
The document provides information about plumbing systems in buildings. It defines a plumbing system as a system of pipes, drains, fittings and devices installed in a building for distribution of water and removal of wastewater. It then lists the common types of pipes used - galvanized iron pipes, cast iron pipes, unplasticized PVC pipes, and rigid PVC pipes - along with their typical diameters and properties. Finally, it describes the two main types of water distribution systems - gravity distribution systems that rely on an elevated water source, and pump and storage systems that use pumps to move water to overhead tanks.
The document discusses various components of household water and drainage systems. It describes the ferrule, goose neck, service pipe, stop cock, and water meter that comprise the water connection to a house. It then explains common drainage system terms like soil pipe, waste pipe, vent pipe, and rainwater pipe. The document outlines sizes for different types of pipes and the objectives of drainage systems. Finally, it discusses different types of traps (P, Q, S traps), floor traps, gully traps, and intercepting traps used in plumbing systems.
The document discusses plumbing systems and components. It describes the purpose of plumbing as supplying water, heating, and sanitation in buildings. It then discusses various plumbing fixtures like water closets, urinals, sinks, and traps. It provides details on the components, materials, sizes, and classifications of different plumbing fixtures and pipes.
This document provides information on characteristics and properties of PPRC piping systems. It includes tables showing operational pressures and service life at various temperatures for PN 10, PN 16, and PN 20 pipe ratings. The document also discusses the 4-step socket fusion welding process, supports and spacing for PPRC vs stainless steel pipes, and installation of polymer pipes. Additional sections cover plumbing concerns and benefits of PPRC piping for various stakeholders.
1. Traps are devices installed on drains and waste pipes to prevent foul gases from entering homes. They work by providing a water seal barrier between the drain and the house.
2. Different types of traps include P, Q, and S traps (named for their shapes), gully traps, intercepting traps, anti-D traps, and anti-siphon traps.
3. Proper plumbing and sanitary fittings in buildings are required, including wash basins, sinks, bath tubs, flushing cisterns, water closets, and urinals which are available in various standard sizes and materials.
Pipe fittings come in various shapes and types to allow pipes to change direction or diameter. Common fittings include elbows, tees, couplings, reducers, bushings, and caps. Elbows are used to change the direction of pipes and come in 90 and 45 degree angles. Tee fittings allow branch lines. Valves such as gate valves, check valves, and globe valves are used to control fluid flow. PVC, copper, and other pipe materials each have their own fitting types that are suited to joining those materials.
Plumbing involves pipes, drains, fittings and fixtures for water supply and waste removal. There are various components like pipes, fittings, fixtures, tanks and connecting pieces. Major plumbing systems include potable water supply, drainage/venting, and sewage/septic systems. Common pipe materials include PVC, uPVC, CPVC and galvanized iron. Fixtures include wash basins, taps, toilets. Traps like P-traps, S-traps and Q-traps are used to prevent foul gases. Popular brands for fittings, fixtures and tanks are listed along with price comparisons of common plumbing fittings made of different materials.
The document provides terminology and methodology for various items of construction works related to sanitary installations based on CPWD specifications. It includes definitions of over 50 terms related to sanitary works and describes the specifications and standards for appliances and fittings according to the CPWD including flushing cisterns, traps, pipes, joints, valves and other components of plumbing systems. Diagrams are provided to illustrate plumbing configurations.
Water supply involves delivering water via pumps and pipes for public, commercial, or individual use. There are two main types of water systems: plumbing for inlet pipes and drainage for outlet pipes. Common pipe materials include metal, cement, and plastic. Fittings connect pipe sections and allow changes in direction and diameter. Common fittings include tees, elbows, couplings, reducers, bushings, and valves which regulate water flow. Drainage, waste, and vent systems use specific fittings designed for gravity-driven wastewater removal.
This document provides information on piping, fittings, and fixtures used in water supply systems. It discusses various types of pipes used such as galvanized iron, PVC, steel, copper pipes and their characteristics. It also describes common pipe fittings like elbows, tees, reducers, couplings, unions, plugs and end caps. Valves used to regulate water flow such as gate valves, globe valves, ball valves, butterfly valves and check valves are also outlined. The document provides a comprehensive overview of key components for building water supply systems.
4.Pipes & Water Quantity Estimation.pptxSivaram551990
This document discusses the selection and use of different types of pipes for water supply systems. The key points are:
Pipes are used to transport water and are made from various materials depending on factors like carrying capacity, durability, and corrosion resistance. Common materials include cast iron, steel, concrete, plastic, and asbestos. Cast iron pipes are durable but heavy, while plastic pipes are lighter and easier to install. Water demand estimates factor in domestic, industrial, commercial, and public usage as well as losses. Fire demand is also accounted for in designing water supply systems.
House connection from mains, laying and joints in pipeskrishnacp
The document discusses the components of a house water connection system including the ferrule, goose neck, service pipe, stop cock, and water meter. It then provides details on pipe fittings, storage systems, and piping layouts for direct supply, overhead tanks, and pumped systems. Joint types for cast iron pipes are covered, including socket and spigot, flanged, mechanical, flexible, and expansion joints. Disinfection of pipelines is also mentioned.
The document discusses the key components and principles of a house drainage system. It defines important terms like wastewater, sewage, sullage, etc. It describes the main components of a house drainage system including traps (P, Q, S, floor, gully, intercepting), pipes (soil, waste, vent, rainwater), and sanitary fittings (wash basins, sinks, bath tubs, water closets, urinals, flushing cisterns). It also explains the principles of design and discusses the different systems of plumbing like single stack, one pipe, single stack partially ventilated, and two pipe systems.
1. The document discusses the components and principles of house drainage systems. It describes various pipes, traps, and sanitary fittings used in plumbing systems.
2. Traps are classified based on their shape and use, including P, Q, S, floor, gully, and intercepting traps. Floor traps are also called nahni traps.
3. The key components of house drainage systems are described - soil pipes carry sewage, waste pipes carry sullage, and vent pipes provide ventilation.
4. Common plumbing systems for house drainage are discussed, including single stack, one pipe, partially ventilated single stack, and two pipe systems.
This document provides information on building services and finishes. It discusses various plumbing systems including water supply, distribution, and sanitation. It describes the materials used for pipes and fittings. Electrical systems and components like cables, switches, and earthing are covered. Finishing works like plastering, pointing and types of plasters are also summarized.
This document discusses different types of water pipes used for transporting drinking water, including their characteristics and uses. It covers cast iron, steel, galvanized iron, copper, plastic, asbestos cement, concrete and PPR pipes. For each type, the document discusses advantages and disadvantages, joining methods, manufacturing processes, uses, and corrosion protection. It also discusses best practices for laying pipes, joining, testing, disinfecting and hydraulics of water flow in pipes.
Principles of plumbing industrial technology building and furniture designJoshua Baptiste
The document discusses the different types of pipes used in plumbing systems, including PEX, PVC, rigid copper, flexible copper, ABS, galvanized steel, and cast iron. It also covers common pipe materials like PEX, PVC, copper, and their appropriate applications. Finally, it outlines several important pipe fittings - elbows, couplings, reducers, tees, crosses, and caps - and their functions in plumbing systems.
This presentation discusses domestic sewage systems. It covers traps and components of house drainage systems including P-traps, Q-traps, and S-traps. It also discusses nahni traps, gully traps, and intercepting traps. Building sanitation drainage systems including two-pipe, one-pipe, and single stack systems are explained. Finally, it covers sewers and classification based on material used as well as combined, separate, and partially separate sewer systems.
Plumbing works done in residential buildings include installing pipes for water supply and drainage. Common plumbing materials used are galvanized iron, PVC, CPVC, and multi-layer composite pipes. Proper plumbing is important to provide water and remove waste. Inspection chambers allow access for maintenance of underground drainage systems. Quality materials and installation are needed for a durable plumbing system.
This document provides an overview of plumbing systems, components, materials, and codes. It defines key terms like cleanouts, drainage systems, DWV, fixtures, fittings, sewers, traps, and venting. It describes water supply systems and various plumbing materials like pipes, fittings, and valves. Common pipe materials include PVC, CPVC, ABS, copper, and stainless steel. The purpose of plumbing codes is to establish health and safety standards for plumbing installations.
Types of fluid conductors in hydraulic circuits and their advantages and disadvantages. Selection criteria for the fluid conductors and the procedure to determine their size.
This document discusses the maintenance of sewerage systems. It identifies common problems such as leakage of cast iron pipes, overflowing cisterns, blocked waste pipes, and clogged drains. It provides details on the causes and solutions for these issues. Maintenance involves activities like cleaning blockages, repairing leaks, replacing damaged fixtures, and ensuring proper ventilation of sewer lines. Regular inspection and cleaning is important to prevent clogging and ensure efficient functioning of the sewerage system.
Planning and design of building services in multi Story Vj NiroSh
The document discusses water supply and distribution systems. It defines a water distribution system as a network of pipes that can distribute water supply to premises in an organized manner. It notes that factors to consider when planning water supply layouts include population growth, industrial development, and sources of water supply. The main sources of water supply are listed as surface sources like rivers and lakes, and underground sources like wells and springs. The document also discusses various types of pipes used in distribution systems, as well as fittings, valves, water heating methods, and hot water supply systems.
Design and optimization of ion propulsion dronebjmsejournal
Electric propulsion technology is widely used in many kinds of vehicles in recent years, and aircrafts are no exception. Technically, UAVs are electrically propelled but tend to produce a significant amount of noise and vibrations. Ion propulsion technology for drones is a potential solution to this problem. Ion propulsion technology is proven to be feasible in the earth’s atmosphere. The study presented in this article shows the design of EHD thrusters and power supply for ion propulsion drones along with performance optimization of high-voltage power supply for endurance in earth’s atmosphere.
Electric vehicle and photovoltaic advanced roles in enhancing the financial p...IJECEIAES
Climate change's impact on the planet forced the United Nations and governments to promote green energies and electric transportation. The deployments of photovoltaic (PV) and electric vehicle (EV) systems gained stronger momentum due to their numerous advantages over fossil fuel types. The advantages go beyond sustainability to reach financial support and stability. The work in this paper introduces the hybrid system between PV and EV to support industrial and commercial plants. This paper covers the theoretical framework of the proposed hybrid system including the required equation to complete the cost analysis when PV and EV are present. In addition, the proposed design diagram which sets the priorities and requirements of the system is presented. The proposed approach allows setup to advance their power stability, especially during power outages. The presented information supports researchers and plant owners to complete the necessary analysis while promoting the deployment of clean energy. The result of a case study that represents a dairy milk farmer supports the theoretical works and highlights its advanced benefits to existing plants. The short return on investment of the proposed approach supports the paper's novelty approach for the sustainable electrical system. In addition, the proposed system allows for an isolated power setup without the need for a transmission line which enhances the safety of the electrical network
Optimizing Gradle Builds - Gradle DPE Tour Berlin 2024Sinan KOZAK
Sinan from the Delivery Hero mobile infrastructure engineering team shares a deep dive into performance acceleration with Gradle build cache optimizations. Sinan shares their journey into solving complex build-cache problems that affect Gradle builds. By understanding the challenges and solutions found in our journey, we aim to demonstrate the possibilities for faster builds. The case study reveals how overlapping outputs and cache misconfigurations led to significant increases in build times, especially as the project scaled up with numerous modules using Paparazzi tests. The journey from diagnosing to defeating cache issues offers invaluable lessons on maintaining cache integrity without sacrificing functionality.
Digital Twins Computer Networking Paper Presentation.pptxaryanpankaj78
A Digital Twin in computer networking is a virtual representation of a physical network, used to simulate, analyze, and optimize network performance and reliability. It leverages real-time data to enhance network management, predict issues, and improve decision-making processes.
Applications of artificial Intelligence in Mechanical Engineering.pdfAtif Razi
Historically, mechanical engineering has relied heavily on human expertise and empirical methods to solve complex problems. With the introduction of computer-aided design (CAD) and finite element analysis (FEA), the field took its first steps towards digitization. These tools allowed engineers to simulate and analyze mechanical systems with greater accuracy and efficiency. However, the sheer volume of data generated by modern engineering systems and the increasing complexity of these systems have necessitated more advanced analytical tools, paving the way for AI.
AI offers the capability to process vast amounts of data, identify patterns, and make predictions with a level of speed and accuracy unattainable by traditional methods. This has profound implications for mechanical engineering, enabling more efficient design processes, predictive maintenance strategies, and optimized manufacturing operations. AI-driven tools can learn from historical data, adapt to new information, and continuously improve their performance, making them invaluable in tackling the multifaceted challenges of modern mechanical engineering.
Discover the latest insights on Data Driven Maintenance with our comprehensive webinar presentation. Learn about traditional maintenance challenges, the right approach to utilizing data, and the benefits of adopting a Data Driven Maintenance strategy. Explore real-world examples, industry best practices, and innovative solutions like FMECA and the D3M model. This presentation, led by expert Jules Oudmans, is essential for asset owners looking to optimize their maintenance processes and leverage digital technologies for improved efficiency and performance. Download now to stay ahead in the evolving maintenance landscape.
Introduction- e - waste – definition - sources of e-waste– hazardous substances in e-waste - effects of e-waste on environment and human health- need for e-waste management– e-waste handling rules - waste minimization techniques for managing e-waste – recycling of e-waste - disposal treatment methods of e- waste – mechanism of extraction of precious metal from leaching solution-global Scenario of E-waste – E-waste in India- case studies.
Software Engineering and Project Management - Software Testing + Agile Method...Prakhyath Rai
Software Testing: A Strategic Approach to Software Testing, Strategic Issues, Test Strategies for Conventional Software, Test Strategies for Object -Oriented Software, Validation Testing, System Testing, The Art of Debugging.
Agile Methodology: Before Agile – Waterfall, Agile Development.
Advanced control scheme of doubly fed induction generator for wind turbine us...IJECEIAES
This paper describes a speed control device for generating electrical energy on an electricity network based on the doubly fed induction generator (DFIG) used for wind power conversion systems. At first, a double-fed induction generator model was constructed. A control law is formulated to govern the flow of energy between the stator of a DFIG and the energy network using three types of controllers: proportional integral (PI), sliding mode controller (SMC) and second order sliding mode controller (SOSMC). Their different results in terms of power reference tracking, reaction to unexpected speed fluctuations, sensitivity to perturbations, and resilience against machine parameter alterations are compared. MATLAB/Simulink was used to conduct the simulations for the preceding study. Multiple simulations have shown very satisfying results, and the investigations demonstrate the efficacy and power-enhancing capabilities of the suggested control system.
Comparative analysis between traditional aquaponics and reconstructed aquapon...bijceesjournal
The aquaponic system of planting is a method that does not require soil usage. It is a method that only needs water, fish, lava rocks (a substitute for soil), and plants. Aquaponic systems are sustainable and environmentally friendly. Its use not only helps to plant in small spaces but also helps reduce artificial chemical use and minimizes excess water use, as aquaponics consumes 90% less water than soil-based gardening. The study applied a descriptive and experimental design to assess and compare conventional and reconstructed aquaponic methods for reproducing tomatoes. The researchers created an observation checklist to determine the significant factors of the study. The study aims to determine the significant difference between traditional aquaponics and reconstructed aquaponics systems propagating tomatoes in terms of height, weight, girth, and number of fruits. The reconstructed aquaponics system’s higher growth yield results in a much more nourished crop than the traditional aquaponics system. It is superior in its number of fruits, height, weight, and girth measurement. Moreover, the reconstructed aquaponics system is proven to eliminate all the hindrances present in the traditional aquaponics system, which are overcrowding of fish, algae growth, pest problems, contaminated water, and dead fish.
Comparative analysis between traditional aquaponics and reconstructed aquapon...
Iimt college of polytechic, ppt
1. IIMT COLLEGE OF
POLYTECHIC,
GREATER NOIDA
TOPIC.
A PRESENTATION ON DRAINAGE SYSTEM IN A
RESIDENTIAL HOUSE
GROUP MEMBERS:
1 SHASHANK SHARMA (LEADER).
2 KAMAL KUMAR
3 ROHIT NEGI
4 MANISH GUPTA
5 CHANDRA SHEKHER
2. CONTENT
• INTRODUCTION
• BASIC DRAINAGE COMPONENT
• MATERIAL USED IN DRAINAGE SYSTEM
• DESIGN
• ESTIMATION
• REQUIREMENT OF DRAINAGE SYSTEM
• SPECIFICATION OF INDAIN DRAINAGE AS
PER INDAIN STANDARD
• FORMULE USED
3. INTRODUCTION
• House Drainage System The W.C, Bathrooms, Sinks,
Wash basins, etc. are important components of a house.
The occupants of the house make use of the above
components and as a result of that there is a formation of
waste water. The Waste water from W.C, bathrooms,
sinks and wash basins is to be properly disposed in to the
municipal sewers. It is therefore necessary to construct a
system of conveyance of wastewater from W.C,
bathrooms, kitchens and washbasins and disposal to the
municipal sewer. This system is known as house drainage
system.
4. BASIC DRAINAGE COMPONENT
SINKS- Kitchen sinks and laboratory sinks are connected
to waste pipes and or waste appliances. Slop sink used in
hospitals is a soil appliance .
5. • Vitreous sinks have been restricted.to laboratory use only as they are
not found suitable for kitchen use. The sinks suitable for laboratory
use shall be in the sizes 400 X 250 X 150 mm, 450 X 300 X 150
mm, 500 X 350 X 150 mm. 600 X 400 X 200 mm and 600 X 450 X
200 mm.
• WASH BASINS-the various patterns and sizes are as follows:
• Pattern size in mm
• Flat back wash basin 660X450
• Flat back wash basin with two tap hole 630X450, 550X400
• Flat back wash basin with single tap hole 630X450, 550X400,
450X300
• Angle back wash basin, pattern 1 600X480
• Angle back wash basin, pattern 2 400X400
6. Urinals-
• The urinals are soil appliances and
are connected to a soil pipe after a
suitable trap. The urinals shall be of
one of the following patterns and
sizes:
• Bowl- Flat back (430mm minimum
X 260mm minimum X 350mm
minimum) and angle back (350 mm
X 410 mm minimum X 265 mm).
• Slab (single urinals)- 450mm X
1000 mm or 600 mm X 1000mm.
• Stall (single urinals)- 1140 mm X
460 mm X 400mm.
• Squatting plate- 600 mm X 350 mm
and 450mm X 350mm
10. ESTIMATION OF PIPE
• Main inlet pipe length - Sub tank dia 3 inch and length
20m pipe.
• Outlet pipes length - 4.8m length and dia 2 inch
• Branch or small pipes
• Bathroom - dia 1.25 inch and 11ft length
• Sink - dia 1.25 inch and 10 ft length
• Wash basin- dia 1.25 inch and 13ft length
• Fountain - dia 1.25 inch and 1ft length
• Kitchen - dia 1.25 inch and 9.5ft length
11. MATERIAL USED IN DRAINAGE
SYSTEM
• We have different types of piping for different uses,including fresh
water supply,waste drainage,irrigation,gas pipes for applications, and
so on.which type is used in which application will largely depend on
the age of your plumbing system.
• Some plastic pipe used in plumbing (such as PVC and CPVC)
may also be used in the venting of high efficiency condensing
furnaces.
13. • Cast iron for plumbing waste lines.
• PVC (Poly-Vinyl Chloride) for plumbing waste lines.
• Chromed brass for plumbing waste lines
• Chromed copper for water supply lines.
• Galvanized iron for water supply lines.
• Copper (rigid and flexible) for water supply lines.
• CPVC (Chlorinated Poly-Vinyl Chloride) for water supply lines.
• PEX (Cross-linked Polyethylene) for water supply lines
• Black Iron for gas pipes.
14. Cast Iron for Plumbing Waste Lines:
• Appearance: Large-diameter heavy metal pipe, dull black with a
rough, mottled surface.
• Description: High-quality sanitary waste drain pipe that is heavy and
deadens the sound of flowing waste water very well. This pipe is
strong and long-lasting but hard to cut—often requiring a special
cutting tool with sharp chain cutting wheels. Repairs are often made
using plastic PVC piping.
• Prevalent Use: Use for main soil stack waste lines and vent pipes.
• Cutting and Fitting: Requires heavy-duty reciprocating saw or
special cutting tool , called a cast-Iron pipe cutter. Fitting cast-iron
pipes and fittings together is done using special methods,
including lead and oakum in soil pipe joints
15. PVC (Poly Vinyl Chloride): for Plumbing
Waste Lines:
• Appearance: White rigid plastic.
• Description: PVC is now the de-facto
standard in home waste line materials.
It is a strong, chemical-resistant rigid
pipe that is heat resistant .
• Prevalent Use: Use for sanitary waste
lines, vent pipes, and drain traps.
• Cutting and Fitting: PVC pipe is easily
cut with a hacksaw or tubing cutter. The
sections are joined together
mechanically, using special chemical
solvent
16. Chromed Brass: for Plumbing Waste
Lines:
• Appearance: Bright, shiny chrome-finished pipe of larger diameter
(+1”)
• Description: Chromed brass is often used in lieu of PVC for exposed
waste line applications, such as “P” traps or other drain traps where
appearance is important.
• Prevalent Use: Exposed drains and traps.
• Cutting and Fitting: Easily cut with a hacksaw, and joined with slip
fittings
17. Chromed Copper for Water Supply Lines:
• Appearance: Bright, shiny chrome finished pipe of smaller diameter
(3/8” or less)
• Description: Chromed copper pipe is often used where the
appearance of exposed water supply lines is important.
• Prevalent Use: Exposed water supply lines, such as supply tubing for
toilets or pedestal sinks.
• Cutting and Fitting: Easily cut with a tubing cutter or hacksaw, and
joined with chromed brass compression fittings
18. Galvanized Iron: for Water Supply Lines
and Waste Lines:
• Appearance: Dull silver-gray rigid metal pipe.
• Description: Galvanized iron pipe was once a popular method of
plumbing water supply lines in the home, but it gradually fails due to
corrosion and rust. Forthis reason, Galvanized iron pipe is difficult to
cut and join and not easily fabricated on site by the home owner.
Repairs are usually done by replacing the pipes with copper or PEX.
• Prevalent Use: Water supply lines and drain lines in older homes.
• Cutting and Fitting: Can be cut using a reciprocating saw or
hacksaw. Pipe is joined using using threaded galvanized iron fittings.
19. Copper (Rigid and Flexible): for Water
Supply Lines and Gas Pipes
• Appearance: Dull, copper-colored metal pipe.
• Description: Copper pipe comes in two types, rigid and flexible. The
rigid type comes in several wall thicknesses. Copper is a soft metal
and so can be easily cut and fabricated.
• Rising costs for copper in recent years have caused PEX and CPVC
to be used more frequently. Copper pipe costs as much as three
times as much as PEX.
• Prevalent Use: Rigid copper pipes are used for longer runs of water
supply, Flexible copper is used in short runs, for water supply, and for
the water supply tubing for refrigerators and dishwashers. Copper
may also be used for gas piping.
• Cutting and Fitting: Copper pipe is easily cut with a tubing cutter or
hacksaw. Sections are joined together with soldered copper
compression fittings. Flexible copper pipe may also be terminated by
flaring its end and using brass flare fittings.
20. CPVC (Chlorinated Poly Vinyl Chloride):
for Water Supply Lines:
• Appearance: Dull white or
cream-colored plastic.
• Description: CPVC is an
inexpensive rigid plastic that
is designed to withstand high
pressure and temperature.
• Prevalent Use: CPVC is
used for hot and cold water
supply piping.
• Cutting and Fitting: The
pipe is easily cut with
a tubing cutter or hacksaw.
CPVC is joined permanently
together using plastic fittings
and solvent glue,
21. Black Iron: for Gas Pipes:
• Appearance: Dull black rigid pipe, usually 1" or less in diameter.
• Description: Black pipe looks like almost exactly like galvanized iron
pipe, except it is darker and specifically designed for gas applications.
• Prevalent Use: Natural gas or propane supply pipes. It is often used
for feeding gas supply to the furnace, boiler, or water heater.
• Cutting and Fitting: Can be cut using a reciprocating saw or
hacksaw. Pipe is joined using threaded black pipe fittings.
23. REQUIREMENT OF DRAINAGE
SYSTEM
• Drainage systems is a piping system which disposes household
effluents. It consists of two features which work together: the outdoor
and domestic pipelines.
• Main requirements for domestic drainage systems
Domestic drainage system consists of the following elements:
• Plumbing fixture, work of which produces effluents (exception –
heated towel rail);
• Pipes which dispose effluents from plumbing fixture to drainage
system;
• Main sewer.
24. As for outdoor drainage system, specific requirements are developed,
and they must be followed when installation of drainage system. All
pipeline equipment for domestic drainage system should have high
capacity - . Also it should withstand test pressure which exceeds the
working pressure by 1.5 times, but not less than 0.68 MPa or about 7
bar, and but not less than about 0.45 MPa or 4.5 bar. Also the pipes
should be:
• Durable;
• Resistant to low and high temperatures;
• Smooth inside – smooth inner surface allows to avoid frequent
clogging;
• Mechanically and chemically wear resistant;
• Robust;
• Compatible with outdoor drainage system.
Additionally, you should choose such pipes that are easy to install.
25. • Basic requirements to
storm-water drainage
system
• Storm-water drainage system is
installed for diversion rainwater and
melt water from roofs of residential
and public buildings. Effluents are
transported through storm-water
drainage system to major storm-
water drain.
• Storm-water drainage system can be
both above-ground and underground,
and pipeline equipment for this
drainage system should meet the
following requirements:
26. • They should be resistant to UV - if
pipeline is installed above ground, it
is exposed to sunlight every day, so
that equipment which is sensitive to
UV light reduces durability of the
pipeline;
• They should be strong - the storm-
water drainage system should be
high resistant to mechanical stress,
because this system is built for
several decades;
27. • They should be resistant to aggressive reagents - the the storm-water
drainage system disposes not just rainwater, but also melt water in
which can be a lot of aggressive reagents, because in the winter time
the road is covered with chemicals
They should be resistant to temperature extremes.
• When installing the storm-water drainage system you should consider
the following:
• On the flat roofs of public and residential buildings you can install only
one roof drain on section;
• Roof drains should be located at distance no more than 48 m from
each other;
28. • Operation rules of drainage systems
• All drainage systems should be operated following the basic rules:
• Cleaning and maintenance of the pipeline should be carried out
regularly;
• All of the pipeline elements must be sealed completely for reducing
likelihood of leakage;
• Diameters of the pipeline equipment must be such that the
wastewater will be disposed without interruption;
• You should monitor the concentration of toxic substances contained in
the effluents, because high concentration of toxic substances can
damage the treatment facilities
• If you will observe this rules, the pipeline will serve a long time with
minimum of failures.
29. SPECIFICATION OF INDIAN DRAINAGE
AS PER INDIAN STANDARD
GENERALS-
• Each family dwelling unit on premises abutting a public sewer or
with a private waste disposal system shall have at least one
water closet and one kitchen sink or washing facilities. It is
recommended to have at least one bathroom with a bath tub or
shower to meet the basic requirements of sanitation and
personal hygiene and in that case bath and water closet
shall be separately accommodated.
30. Drainage appliances Diameter
Indian and european type
water closets
100mm
Bad pan washer and slope
sinks
100mm
Uranial with integral traps 75mm
Stall uraniel 40mm
Lipped urinal smallhge 40mm
Waste applicances
Drinking fountain 25mm
Washe basins 32mm
bidets 32mm
Domestic sinks and baths 40mm
Shower bath trays 40mm
Domestic bath tubes 5omm
Floor traps 65mm
31. residential
building
A1
detached
single
family
dwelling
A2 flats
and
appartmen
ts
A4
minimum
standard
housing
1 per
dwelling or
appartmen
t
1 per
dwelling or
appartmen
t
1 per
dwelling or
appartmen
t
1 kitchen
sink per
dwelling
For
residence
and
residential
MALES: 1
for 8
person
FEMALE:
1 for 6
person
MALES: 1
for 25
person up
to 150
person.
And 1
fixture for
each
MALES: 1
for 8
person
FEMALE:
1 for 6
person
MALES: 1
for 8
person
FEMALE:
1 for 6
person
1 for 75
person
1 kitchen
sink in each
kitchen
32. FORMULA USED
RATE
Total cost – size x rate
Estimation bricks
(lxbxh x500) =no of bricks.
Cement bag RCC/PCC
Cement bag = 0.30/C+S+A x vol x30
S = 2 x kg
A = 4 x kg
Plaster = 1.30/C+S x vol x30
Masonary = 0.30/C+S x vol x 30