This document defines various utility-related terms across multiple industries. Some key terms include:
- Anchors, which are rods placed in the ground to stabilize utility poles with overhead wires.
- Cathodic protection, a technique to control corrosion on metal surfaces.
- Easements, which give utilities the right to control land use near power lines, pipelines, and substations.
- French drains, which are covered ditches that redirect surface and ground water away from buildings.
- Gas mains and electric main lines, which are pipelines and lines that carry gas and electricity throughout distribution systems.
- Manholes and hand holes, which allow access for maintenance and repair of underground systems.
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The document discusses golf course drainage design and specifications. It covers determining natural drainage routes, designing drainage patterns for greens, fairways, tees and bunkers with laterals connecting to main collectors. Main collectors are sized based on laterals and route to discharge areas like ponds or irrigation sources. Catch basins are used to collect surface water in low areas. Drainage is designed to move water away from play using slopes between 1-3% toward drainage features.
Basics of golf course irrigation systemNormas Yakin
Slides I used to teach about the irrigation system on a golf course. These are just the basic knowledge. Would be good to share knowledge. Do comment to add or to correct me if I'm wrong.
This handbook provides guidance for selecting pipes and fittings for rural drinking water supply projects in India. It summarizes relevant Indian Standards on various pipe materials, including their strength, water carrying capacity, durability and lifespan. The optimal pipe selection involves considering factors such as the project location's settlement patterns, economic conditions, water availability, installation skills, and operation/maintenance requirements. Pipes represent a major long-term investment, so materials should be chosen based on strength to withstand pressures and loads, durability over the design lifetime, and overall cost-effectiveness. The handbook aims to help engineers select appropriate pipe types and install them correctly according to standards.
This document discusses various aspects of designing and installing subsoil drainage systems. It provides guidance on determining pipe sizing and placement, choosing the proper filter material, and common installation mistakes to avoid. Key points covered include designing the system from the discharge point upward with uniform fall, using washed sand rather than gravel as the filter material to prevent particle migration, and ensuring proper trench grading and slope.
This document discusses different types of pipes and valves used in water supply systems. It describes common pipe materials like cast iron, steel, concrete, plastic and their properties. It also explains different valves - stop valves control water flow, check valves allow one-way flow, air relief valves remove trapped air, drain valves empty lines, and pressure relief valves release excess pressure. Pipes and valves are essential to control and distribute water while minimizing losses.
Many countries are embarking to rehabilitate its aging sewer & water network where sewer infiltration and water loss can reach 50%. The presentation highlights the strategies to tender and implement efficient rehabilitation program with a preview of trenchless technologies in rehabilitation while highlighting the technical and contractual challenges.
The document discusses requirements, layouts, and components of water distribution systems. It describes four common distribution system layouts - dead end or tree system, grid iron system, circular or ring system, and radial system. It also discusses distribution reservoirs, valves including gate valves, globe valves, check valves, and pressure relief valves. Pipe supports, parameters to measure in pipes like pressure and temperature, and designing considerations for distribution systems are also covered.
The document describes the procedures for pipeline construction. It involves activities like right of way clearing, trenching, pipe handling, stringing, bending, welding, coating of joints, lowering the pipeline into the trench, backfilling, and hydrotesting. Standard codes and quality checks are specified for each activity to ensure the pipeline is constructed safely and properly.
The document discusses golf course drainage design and specifications. It covers determining natural drainage routes, designing drainage patterns for greens, fairways, tees and bunkers with laterals connecting to main collectors. Main collectors are sized based on laterals and route to discharge areas like ponds or irrigation sources. Catch basins are used to collect surface water in low areas. Drainage is designed to move water away from play using slopes between 1-3% toward drainage features.
Basics of golf course irrigation systemNormas Yakin
Slides I used to teach about the irrigation system on a golf course. These are just the basic knowledge. Would be good to share knowledge. Do comment to add or to correct me if I'm wrong.
This handbook provides guidance for selecting pipes and fittings for rural drinking water supply projects in India. It summarizes relevant Indian Standards on various pipe materials, including their strength, water carrying capacity, durability and lifespan. The optimal pipe selection involves considering factors such as the project location's settlement patterns, economic conditions, water availability, installation skills, and operation/maintenance requirements. Pipes represent a major long-term investment, so materials should be chosen based on strength to withstand pressures and loads, durability over the design lifetime, and overall cost-effectiveness. The handbook aims to help engineers select appropriate pipe types and install them correctly according to standards.
This document discusses various aspects of designing and installing subsoil drainage systems. It provides guidance on determining pipe sizing and placement, choosing the proper filter material, and common installation mistakes to avoid. Key points covered include designing the system from the discharge point upward with uniform fall, using washed sand rather than gravel as the filter material to prevent particle migration, and ensuring proper trench grading and slope.
This document discusses different types of pipes and valves used in water supply systems. It describes common pipe materials like cast iron, steel, concrete, plastic and their properties. It also explains different valves - stop valves control water flow, check valves allow one-way flow, air relief valves remove trapped air, drain valves empty lines, and pressure relief valves release excess pressure. Pipes and valves are essential to control and distribute water while minimizing losses.
Many countries are embarking to rehabilitate its aging sewer & water network where sewer infiltration and water loss can reach 50%. The presentation highlights the strategies to tender and implement efficient rehabilitation program with a preview of trenchless technologies in rehabilitation while highlighting the technical and contractual challenges.
The document discusses requirements, layouts, and components of water distribution systems. It describes four common distribution system layouts - dead end or tree system, grid iron system, circular or ring system, and radial system. It also discusses distribution reservoirs, valves including gate valves, globe valves, check valves, and pressure relief valves. Pipe supports, parameters to measure in pipes like pressure and temperature, and designing considerations for distribution systems are also covered.
The document describes the procedures for pipeline construction. It involves activities like right of way clearing, trenching, pipe handling, stringing, bending, welding, coating of joints, lowering the pipeline into the trench, backfilling, and hydrotesting. Standard codes and quality checks are specified for each activity to ensure the pipeline is constructed safely and properly.
The construction method for surface drainage (housing)Adib Ramli
The document discusses surface drainage construction methods for housing. It describes various drainage technologies like corrugated drain pipes and French drains. It outlines methods to prevent water infiltration like geotextiles and cement mortar. Local authority requirements for drainage design and construction are presented. A 14-step method statement is provided for constructing a drainage system including site work, formwork installation, reinforcement, concreting, and backfilling. Proper drainage installation can help prevent water damage to residential and commercial buildings.
Technical Presentation explaining how siphonic (syphonic) drainage works and benefits from using this efficient roof drainage system.
Contact info@hydromax.com for further information.
design and analysis of water distribution SystemMian Umair Afzal
This document provides an overview of water distribution system design and analysis. It discusses the requirements and design phases for water distribution systems, including preliminary studies, demand analysis, and network layout. It also covers topics such as design criteria, pipe sizing, head losses, and hydraulic analysis methods. The key hydraulic analysis method discussed is the Hardy-Cross method, which is an iterative process that balances the head around loops in the pipe network to solve for node pressures and pipe flows.
The document discusses water supply systems including water transmission and distribution. It describes the key components and design considerations for extracting, treating, storing, pumping and conveying water from its source through treatment, transmission, storage, and distribution to end users. The transmission system conveys treated or untreated water from sources to the distribution system through treatment plants and storage reservoirs using pipelines, tunnels, canals or aqueducts. The distribution system then supplies adequate water at sufficient pressure to individual consumers through a pipe network with valves and service connections.
This presentation deals with the following appurtenances: Manholes; Flushing tanks, flushing manholes and clean outs; Interceptor tanks; (Inverted) siphons; Pumping stations; Gutters, storm water inlets and catch basins, and Other appurtenances.
The document discusses various utilities systems for buildings including water supply and plumbing, electrical systems, mechanical systems for heating/cooling, and communications/media. For water supply, it describes different source types and interior plumbing materials. It outlines electrical supply from the meter to circuits. Mechanical systems discuss heating, cooling, ductwork, and exhaust ventilation. Communications includes wired and wireless options for phone, TV, internet, and data networks.
The document discusses roof drainage requirements for buildings located in high velocity hurricane zones. It explains that roofs must be designed and constructed to drain water efficiently to prevent accumulation that could damage the structure. Roof drains and secondary overflow drainage systems like scuppers are required and must be sized according to code standards to ensure adequate drainage under heavy rainfall conditions typical of hurricane zones. The hydraulic head of drains is also an important factor to consider to guarantee water flow out of the drainage system.
This document provides guidelines for constructing sewer lines and manholes. Key points include:
- Trenches must be adequately supported and free of debris before laying pipes. Pipes must be properly bedded and backfilled.
- Manholes should be constructed where lines change direction or gradient. Channels must connect properly and landings provided.
- Materials must meet standards, be handled carefully, and sewer lines must pass required testing before acceptance.
- Connections to existing sewers require proper construction of manholes or core drilling as needed.
The document discusses various trenchless technologies for installing new underground pipes including horizontal directional drilling (HDD), microtunneling, pipe jacking, pipe ramming, and perforator/auger boring. It provides details on each method, including their typical application ranges, suitable soil conditions, and the basic process involved. Microtunneling is described as using a remotely controlled tunnel boring machine and pipe jacking to provide continuous support to the excavation face. Key components of a basic microtunneling system are also outlined.
WATER AND WASTE WATER ENGINEERING- DIPLOMA GTUdhara dattani
This document discusses the conveyance of water through pipelines. It describes various methods of water conveyance including open channels, aqueducts, and pressurized pipelines. It also discusses different types of pipes used for conveyance such as cast iron, steel, concrete, and plastic pipes. Additionally, it covers topics like pipe joints, laying of pipelines, and methods of water distribution networks.
This document discusses subsoil drainage systems. It introduces the purpose of subsoil drainage to drain subsurface water and increase stability. The key principles are that subsoil drains create a hydraulic gradient to lower the water table by placing a conduit below the water table where the head is less than in the soil. Common drain types include rubble drains, geotextile-lined drains, and perforated pipe drains, which are the most effective at rapidly conveying water. Drain layout, dimensions, conduit design, pipe gradient, and drain envelopes are design considerations.
The document provides specifications for various types of pipes and fittings used for sanitary sewer systems, including clay, PVC, concrete, ductile iron, ABS, and polyethylene pipes. It specifies the appropriate standards and requirements for materials, joints, markings, and certifications for each pipe material. Connections between different pipe materials, like PVC and ductile iron, must use transition couplings or sleeves.
Hydraulic Design of Sewer:
Hydraulic formulae, maximum and minimum velocities in sewer, hydraulic
characteristics of circular sewer in running full and partial full conditions,
laying and testing of sewer, sewer appurtenances and network.
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.
This document discusses cold water distribution systems, including the gravity and pump systems used to distribute water from main sources. It also describes four common pipe layout systems: grid iron, dead end, ring, and radial. The grid iron system uses a rectangular layout of mains and branches, keeping water in good circulation. The dead end system is suitable for older towns and is cheaper but causes more water stagnation. The ring system supplies water from at least two directions around the peripheral roads. The radial system divides the area into zones and pumps water into distribution reservoirs in the center to supply pipes radially outward.
This document discusses various valves, fittings, and fixtures used in water supply systems. It describes common valves like sluice valves, air relief valves, reflux valves, and pressure relief valves. It also discusses other components like fire hydrants, water meters, ferrules, and various pipe fittings and fixtures. The purpose of these appurtenances is to control water flow, prevent leakage, change flow direction, and regulate water usage in an efficient manner.
Draft Sanitary and Plumbing Layout and Details_Technical TermsArlene Vasallo
This document discusses the components of water distribution systems, including different types of pipes (cast iron, steel, galvanized iron, copper, plastic, asbestos cement, concrete) and how they are connected using fittings (threaded, soldered, flanged, solvent welded). It also describes water mains, valves (gate, globe, check, pressure reducing, safety), and common fittings (elbows, tees, crosses, couplings, reducers, nipples, caps, plugs, bushings, unions). The key components that convey water from treatment to customers are pipes, valves, and fittings which connect the pipes and allow control of water flow.
The document discusses the design and construction of sewers. It outlines the objectives, which are to understand sewer design procedures, types of sewers, materials used, and construction. It covers sewer shapes, design criteria including discharge, velocity, size and grades. Hydraulic formulae and elements for circular and partially full sewers are provided. Common sewer materials like concrete, steel, plastic, vitrified clay and their properties are described.
This document discusses Fast Flow Projects, a company that specializes in siphonic drainage systems. It provides examples of projects in Asia and design principles of siphonic roof drainage. Siphonic drainage uses smaller diameter pipes than conventional gravity systems by taking advantage of the siphon effect to efficiently drain roofs. Key benefits include more flexible pipe routing, smaller underground pipes, and self-cleaning of pipe networks.
Defects and inspections of water supply system Fakhrul Afifi
The water supply system conveys water from its source through miles of piping to taps using pumps and valves. Common defects in water supply systems include rusting, leakage, dents and buckles, blockages, and cracks. Operators inspect for these defects and remedy them by replacing old pipes, tightening joints, removing blockages, and repairing cracks through welding. Regular inspection and maintenance of pipelines is important to detect defects early and prevent failures.
This document discusses various aspects of water supply schemes including water intake structures, quantity requirements, and components. It describes the different phases of a water supply scheme including source selection, raw water collection and conveyance, treatment, pumping and storage, and distribution. Key factors considered for designing water supply schemes are identified such as population served, water demands, quality requirements, and survey data. Common intake structure types and their factors are outlined. Methods for estimating water quantity needs like domestic, industrial, public and firefighting demands are provided. Population forecasting methods and factors affecting per capita water demand are also summarized.
WATER SUPPLY AND DRAINAGE SERVICE FOR BUILDINGhitendra pendam
This document is a project report submitted by three students on the water supply and drainage systems for a building. It includes sections on water distribution systems, types of valves and joints used, components of sanitary drainage systems like waste pipes and traps. The report was submitted to fulfill requirements for a diploma in civil engineering and was guided by their lecturer Mrs. V.D. Kapgate.
The construction method for surface drainage (housing)Adib Ramli
The document discusses surface drainage construction methods for housing. It describes various drainage technologies like corrugated drain pipes and French drains. It outlines methods to prevent water infiltration like geotextiles and cement mortar. Local authority requirements for drainage design and construction are presented. A 14-step method statement is provided for constructing a drainage system including site work, formwork installation, reinforcement, concreting, and backfilling. Proper drainage installation can help prevent water damage to residential and commercial buildings.
Technical Presentation explaining how siphonic (syphonic) drainage works and benefits from using this efficient roof drainage system.
Contact info@hydromax.com for further information.
design and analysis of water distribution SystemMian Umair Afzal
This document provides an overview of water distribution system design and analysis. It discusses the requirements and design phases for water distribution systems, including preliminary studies, demand analysis, and network layout. It also covers topics such as design criteria, pipe sizing, head losses, and hydraulic analysis methods. The key hydraulic analysis method discussed is the Hardy-Cross method, which is an iterative process that balances the head around loops in the pipe network to solve for node pressures and pipe flows.
The document discusses water supply systems including water transmission and distribution. It describes the key components and design considerations for extracting, treating, storing, pumping and conveying water from its source through treatment, transmission, storage, and distribution to end users. The transmission system conveys treated or untreated water from sources to the distribution system through treatment plants and storage reservoirs using pipelines, tunnels, canals or aqueducts. The distribution system then supplies adequate water at sufficient pressure to individual consumers through a pipe network with valves and service connections.
This presentation deals with the following appurtenances: Manholes; Flushing tanks, flushing manholes and clean outs; Interceptor tanks; (Inverted) siphons; Pumping stations; Gutters, storm water inlets and catch basins, and Other appurtenances.
The document discusses various utilities systems for buildings including water supply and plumbing, electrical systems, mechanical systems for heating/cooling, and communications/media. For water supply, it describes different source types and interior plumbing materials. It outlines electrical supply from the meter to circuits. Mechanical systems discuss heating, cooling, ductwork, and exhaust ventilation. Communications includes wired and wireless options for phone, TV, internet, and data networks.
The document discusses roof drainage requirements for buildings located in high velocity hurricane zones. It explains that roofs must be designed and constructed to drain water efficiently to prevent accumulation that could damage the structure. Roof drains and secondary overflow drainage systems like scuppers are required and must be sized according to code standards to ensure adequate drainage under heavy rainfall conditions typical of hurricane zones. The hydraulic head of drains is also an important factor to consider to guarantee water flow out of the drainage system.
This document provides guidelines for constructing sewer lines and manholes. Key points include:
- Trenches must be adequately supported and free of debris before laying pipes. Pipes must be properly bedded and backfilled.
- Manholes should be constructed where lines change direction or gradient. Channels must connect properly and landings provided.
- Materials must meet standards, be handled carefully, and sewer lines must pass required testing before acceptance.
- Connections to existing sewers require proper construction of manholes or core drilling as needed.
The document discusses various trenchless technologies for installing new underground pipes including horizontal directional drilling (HDD), microtunneling, pipe jacking, pipe ramming, and perforator/auger boring. It provides details on each method, including their typical application ranges, suitable soil conditions, and the basic process involved. Microtunneling is described as using a remotely controlled tunnel boring machine and pipe jacking to provide continuous support to the excavation face. Key components of a basic microtunneling system are also outlined.
WATER AND WASTE WATER ENGINEERING- DIPLOMA GTUdhara dattani
This document discusses the conveyance of water through pipelines. It describes various methods of water conveyance including open channels, aqueducts, and pressurized pipelines. It also discusses different types of pipes used for conveyance such as cast iron, steel, concrete, and plastic pipes. Additionally, it covers topics like pipe joints, laying of pipelines, and methods of water distribution networks.
This document discusses subsoil drainage systems. It introduces the purpose of subsoil drainage to drain subsurface water and increase stability. The key principles are that subsoil drains create a hydraulic gradient to lower the water table by placing a conduit below the water table where the head is less than in the soil. Common drain types include rubble drains, geotextile-lined drains, and perforated pipe drains, which are the most effective at rapidly conveying water. Drain layout, dimensions, conduit design, pipe gradient, and drain envelopes are design considerations.
The document provides specifications for various types of pipes and fittings used for sanitary sewer systems, including clay, PVC, concrete, ductile iron, ABS, and polyethylene pipes. It specifies the appropriate standards and requirements for materials, joints, markings, and certifications for each pipe material. Connections between different pipe materials, like PVC and ductile iron, must use transition couplings or sleeves.
Hydraulic Design of Sewer:
Hydraulic formulae, maximum and minimum velocities in sewer, hydraulic
characteristics of circular sewer in running full and partial full conditions,
laying and testing of sewer, sewer appurtenances and network.
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.
This document discusses cold water distribution systems, including the gravity and pump systems used to distribute water from main sources. It also describes four common pipe layout systems: grid iron, dead end, ring, and radial. The grid iron system uses a rectangular layout of mains and branches, keeping water in good circulation. The dead end system is suitable for older towns and is cheaper but causes more water stagnation. The ring system supplies water from at least two directions around the peripheral roads. The radial system divides the area into zones and pumps water into distribution reservoirs in the center to supply pipes radially outward.
This document discusses various valves, fittings, and fixtures used in water supply systems. It describes common valves like sluice valves, air relief valves, reflux valves, and pressure relief valves. It also discusses other components like fire hydrants, water meters, ferrules, and various pipe fittings and fixtures. The purpose of these appurtenances is to control water flow, prevent leakage, change flow direction, and regulate water usage in an efficient manner.
Draft Sanitary and Plumbing Layout and Details_Technical TermsArlene Vasallo
This document discusses the components of water distribution systems, including different types of pipes (cast iron, steel, galvanized iron, copper, plastic, asbestos cement, concrete) and how they are connected using fittings (threaded, soldered, flanged, solvent welded). It also describes water mains, valves (gate, globe, check, pressure reducing, safety), and common fittings (elbows, tees, crosses, couplings, reducers, nipples, caps, plugs, bushings, unions). The key components that convey water from treatment to customers are pipes, valves, and fittings which connect the pipes and allow control of water flow.
The document discusses the design and construction of sewers. It outlines the objectives, which are to understand sewer design procedures, types of sewers, materials used, and construction. It covers sewer shapes, design criteria including discharge, velocity, size and grades. Hydraulic formulae and elements for circular and partially full sewers are provided. Common sewer materials like concrete, steel, plastic, vitrified clay and their properties are described.
This document discusses Fast Flow Projects, a company that specializes in siphonic drainage systems. It provides examples of projects in Asia and design principles of siphonic roof drainage. Siphonic drainage uses smaller diameter pipes than conventional gravity systems by taking advantage of the siphon effect to efficiently drain roofs. Key benefits include more flexible pipe routing, smaller underground pipes, and self-cleaning of pipe networks.
Defects and inspections of water supply system Fakhrul Afifi
The water supply system conveys water from its source through miles of piping to taps using pumps and valves. Common defects in water supply systems include rusting, leakage, dents and buckles, blockages, and cracks. Operators inspect for these defects and remedy them by replacing old pipes, tightening joints, removing blockages, and repairing cracks through welding. Regular inspection and maintenance of pipelines is important to detect defects early and prevent failures.
This document discusses various aspects of water supply schemes including water intake structures, quantity requirements, and components. It describes the different phases of a water supply scheme including source selection, raw water collection and conveyance, treatment, pumping and storage, and distribution. Key factors considered for designing water supply schemes are identified such as population served, water demands, quality requirements, and survey data. Common intake structure types and their factors are outlined. Methods for estimating water quantity needs like domestic, industrial, public and firefighting demands are provided. Population forecasting methods and factors affecting per capita water demand are also summarized.
WATER SUPPLY AND DRAINAGE SERVICE FOR BUILDINGhitendra pendam
This document is a project report submitted by three students on the water supply and drainage systems for a building. It includes sections on water distribution systems, types of valves and joints used, components of sanitary drainage systems like waste pipes and traps. The report was submitted to fulfill requirements for a diploma in civil engineering and was guided by their lecturer Mrs. V.D. Kapgate.
Water supply, sanitation and rainwater harvestingAyushi Agrawal
A water supply system typically includes a drainage basin, water collection point, water purification facilities, water storage facilities such as tanks or towers, pressurizing components such as pumps, and a pipe network for distribution. There are three main types of water distribution systems: direct pumping, overhead tank, and hydro-pneumatic. A direct pumping system uses tanks elevated to provide water pressure without additional pumps. An overhead tank system stores water in elevated tanks but may require booster pumps for upper floors. A hydro-pneumatic system uses pressure tanks instead of elevated water tanks.
This document discusses trenchless technology methods for installing and rehabilitating underground infrastructure with minimal surface disruption. It describes various trenchless methods for new installation like microtunneling, horizontal directional drilling, and short drive systems. Rehabilitation methods discussed include pipe bursting, pipe eating, cured-in-place lining, slip lining, and localized spot repairs using materials like coatings, cement mortar, resins, and grout. The document outlines advantages such as speed, minimal environmental impact, and ability to install pipes under obstacles like rivers. Trenchless technology is gaining popularity in India for projects installing pipes below rivers and urgent sewer repairs.
This document provides an overview of subsea pipeline systems. It discusses the key components including wellhead platforms, risers, pipelines, manifolds, and flowlines. It then describes various types of subsea pipelines and their purposes for transporting hydrocarbons from offshore production units to shore. The rest of the document outlines the major design considerations and analyses performed for subsea pipelines, such as sizing, material selection, mechanical design, stability, crossings, and cathodic protection. Standards and codes used for subsea pipeline design are also listed.
Trenchless technology involves installing underground utilities with minimal digging by using innovative methods. The document discusses various trenchless methods for new installations like microtunneling and horizontal directional drilling, as well as rehabilitation methods like pipe bursting and slip lining. It provides details on the processes and gives an example case study of using horizontal directional drilling to install an optical fiber cable underneath a road and museum with constraints. Trenchless technology provides advantages over traditional trenching like less traffic disruption, shorter timelines, and minimizing impacts on surrounding soil and structures.
This document summarizes a presentation on water supply and waste management. It discusses the requirements of a good distribution system, including maintaining water quality and pressure. It describes different types of distribution networks like dead-end, radial, and gridiron systems. It also discusses water storage and pressurization methods. Finally, it covers domestic service connections, metering, and recommended daily water consumption for different building types.
The document provides information on the building services systems for a domestic building, including the water supply, electrical, and sewage/sanitary systems. It discusses the components and regulations for each system. The water supply section describes the water meter, storage tank, pipes and valves. The electrical section discusses the meter, distribution board, switches and outlets. The sewage section outlines the underground drainage system and regulations from IWK. The document provides details on each system to demonstrate understanding of applying basic building services.
The document summarizes a site visit to a boys' hostel and mess hall under construction to understand how electrical, plumbing, and fire safety systems are installed. Key points covered include the sanitary pipe layout and components like traps; the electrical room, distribution systems, and voltage classifications; and fire safety regulations for buildings over 15m. The visit provided insights into implementing these critical building systems during construction.
5. Conduits, Intake, Power house and Accessories.ppthussenbelew
This document provides information on various components used in hydroelectric power generation systems, including conduits, intakes, power houses, and accessories. It describes the different types of conduits like canals, tunnels, pipelines and penstocks used to transport water. Intakes allow water to flow into conduits while preventing debris. Power houses house the generating equipment and can be surface or underground. Accessories include surge tanks to prevent water hammer in penstocks, which are closed conduits that supply water under pressure to turbines.
Trenchless technology involves installing underground utilities with minimal surface excavation. It includes trenchless construction methods (TCM) for new installations and trenchless renewal methods (TRM) for rehabilitating existing lines. Key TCM methods include horizontal directional drilling, microtunneling, pipe jacking, auger boring, pipe ramming, and moling. TRM methods include pipe bursting, pipe relining, and localized repair techniques. Trenchless methods reduce social and environmental impacts compared to open-cut trenching.
P.P.T on water distribution system by Manish PandeyManish Pandey
The document discusses different types of distribution networks and pipes used in water distribution systems. It describes dead end, radial, grid iron and ring networks. PVC, CPVC, PEX and copper pipes are discussed. Distribution reservoirs help maintain water pressure and quality by absorbing demand fluctuations. Elevated and surface reservoirs are used. Joints like end caps, tees, strainers and reducers connect pipes. The purpose of distribution systems is to deliver water to consumers with appropriate quality, quantity and pressure.
The document summarizes the key utilities and regulations related to water supply, sewage, electricity, and drainage systems for residential buildings in Malaysia. It provides information on the government authorities that regulate these systems and some of the relevant acts and sections that building owners must comply with. In particular, it outlines the responsibilities of SYABAS and Indah Water for water and sewage, as well as TNB for electricity supply. It also describes the roles of local authorities and the Department of Irrigation and Drainage in managing stormwater drainage and preventing flooding.
This document provides information on building services systems for a domestic building, including the electrical supply system, water supply system, sewerage and sanitary system, and rainwater drainage system. It describes the key components of each system, relevant laws and regulations, and diagrams. The objectives of the project are to develop understanding of building services systems and apply appropriate systems to a design while meeting practical considerations. Upon completion, students will be able to identify information related to various building utility systems and propose suitable systems for specific building types.
Drainage systems are crucial to landscape health by preventing erosion and protecting plants. They work through an outlet, main and submain ditches to convey water, and lateral drains to remove water from soil. Main drains draw water into pools or spas but require safety features to prevent entrapment. Properly installed and maintained subsurface drains can provide drainage solutions depending on soil type by removing water from below ground level.
The document discusses the application of various building service systems - electrical, water, sewerage/sanitation, and rainwater/surface drainage - to a primary school project. It outlines the components and regulations for each system. For electrical, it describes the meter, distribution board, switches and sockets. The water system section covers the meter, valves, tubing and heater. Sewerage components mentioned are manholes, sumps and vent pipes. Lastly, it discusses gutters, downpipes and routing stormwater separately from sewage. The document concludes by noting how applying these building systems helped the author better understand designing clustered buildings.
The document discusses the key components of a water supply system, including distribution, storage, transmission, and treatment facilities. It describes three levels of water service (point source, communal faucets, and individual connections). The key components that make up distribution systems are described as are different types of distribution network layouts like dead-end, radial, gridiron and ring systems. Water storage facilities, including ground tanks and elevated tanks, are outlined. The purposes and types of reservoirs, sizing of reservoirs, and reservoir operation methods are summarized.
Lectre 1- Real INTRO and SEWER DESIGFN.pptxAsnelTiffa
The document provides information about collection and estimation of sewage. It defines key terms related to sewage systems and waste water. It describes the types of waste water generated from households and the different collection systems used including separate, combined, and sanitary systems. It also outlines preliminary studies needed to design sewage collection systems and discusses population estimation methods.
This document discusses various sewer appurtenances including manholes, drop manholes, gully pits, intercepting traps, septic tanks, soak pits, and holding tanks. Manholes provide access for inspection and cleaning of sewers. Drop manholes are used when a branch sewer enters a manhole at a higher level to prevent splashing. Gully pits trap solid waste before it enters drainage systems. Intercepting traps disconnect house drains from sewers to prevent gas/bacteria entry. Septic tanks facilitate anaerobic digestion of sewage. Soak pits allow septic tank effluent to seep into soil. Holding tanks temporarily store effluent before pumping to treatment.
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ISO/IEC 27001, ISO/IEC 42001, and GDPR: Best Practices for Implementation and...PECB
Denis is a dynamic and results-driven Chief Information Officer (CIO) with a distinguished career spanning information systems analysis and technical project management. With a proven track record of spearheading the design and delivery of cutting-edge Information Management solutions, he has consistently elevated business operations, streamlined reporting functions, and maximized process efficiency.
Certified as an ISO/IEC 27001: Information Security Management Systems (ISMS) Lead Implementer, Data Protection Officer, and Cyber Risks Analyst, Denis brings a heightened focus on data security, privacy, and cyber resilience to every endeavor.
His expertise extends across a diverse spectrum of reporting, database, and web development applications, underpinned by an exceptional grasp of data storage and virtualization technologies. His proficiency in application testing, database administration, and data cleansing ensures seamless execution of complex projects.
What sets Denis apart is his comprehensive understanding of Business and Systems Analysis technologies, honed through involvement in all phases of the Software Development Lifecycle (SDLC). From meticulous requirements gathering to precise analysis, innovative design, rigorous development, thorough testing, and successful implementation, he has consistently delivered exceptional results.
Throughout his career, he has taken on multifaceted roles, from leading technical project management teams to owning solutions that drive operational excellence. His conscientious and proactive approach is unwavering, whether he is working independently or collaboratively within a team. His ability to connect with colleagues on a personal level underscores his commitment to fostering a harmonious and productive workplace environment.
Date: May 29, 2024
Tags: Information Security, ISO/IEC 27001, ISO/IEC 42001, Artificial Intelligence, GDPR
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it describes the bony anatomy including the femoral head , acetabulum, labrum . also discusses the capsule , ligaments . muscle that act on the hip joint and the range of motion are outlined. factors affecting hip joint stability and weight transmission through the joint are summarized.
Beyond Degrees - Empowering the Workforce in the Context of Skills-First.pptxEduSkills OECD
Iván Bornacelly, Policy Analyst at the OECD Centre for Skills, OECD, presents at the webinar 'Tackling job market gaps with a skills-first approach' on 12 June 2024
LAND USE LAND COVER AND NDVI OF MIRZAPUR DISTRICT, UPRAHUL
This Dissertation explores the particular circumstances of Mirzapur, a region located in the
core of India. Mirzapur, with its varied terrains and abundant biodiversity, offers an optimal
environment for investigating the changes in vegetation cover dynamics. Our study utilizes
advanced technologies such as GIS (Geographic Information Systems) and Remote sensing to
analyze the transformations that have taken place over the course of a decade.
The complex relationship between human activities and the environment has been the focus
of extensive research and worry. As the global community grapples with swift urbanization,
population expansion, and economic progress, the effects on natural ecosystems are becoming
more evident. A crucial element of this impact is the alteration of vegetation cover, which plays a
significant role in maintaining the ecological equilibrium of our planet.Land serves as the foundation for all human activities and provides the necessary materials for
these activities. As the most crucial natural resource, its utilization by humans results in different
'Land uses,' which are determined by both human activities and the physical characteristics of the
land.
The utilization of land is impacted by human needs and environmental factors. In countries
like India, rapid population growth and the emphasis on extensive resource exploitation can lead
to significant land degradation, adversely affecting the region's land cover.
Therefore, human intervention has significantly influenced land use patterns over many
centuries, evolving its structure over time and space. In the present era, these changes have
accelerated due to factors such as agriculture and urbanization. Information regarding land use and
cover is essential for various planning and management tasks related to the Earth's surface,
providing crucial environmental data for scientific, resource management, policy purposes, and
diverse human activities.
Accurate understanding of land use and cover is imperative for the development planning
of any area. Consequently, a wide range of professionals, including earth system scientists, land
and water managers, and urban planners, are interested in obtaining data on land use and cover
changes, conversion trends, and other related patterns. The spatial dimensions of land use and
cover support policymakers and scientists in making well-informed decisions, as alterations in
these patterns indicate shifts in economic and social conditions. Monitoring such changes with the
help of Advanced technologies like Remote Sensing and Geographic Information Systems is
crucial for coordinated efforts across different administrative levels. Advanced technologies like
Remote Sensing and Geographic Information Systems
9
Changes in vegetation cover refer to variations in the distribution, composition, and overall
structure of plant communities across different temporal and spatial scales. These changes can
occur natural.
Gender and Mental Health - Counselling and Family Therapy Applications and In...PsychoTech Services
A proprietary approach developed by bringing together the best of learning theories from Psychology, design principles from the world of visualization, and pedagogical methods from over a decade of training experience, that enables you to: Learn better, faster!
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Work Types
1.
2. ANCHORS (UTILITY ANCHOR)
rod placed into the ground attached to the
guy wire used to help stabilize a utility pole
with overhead wires.
3. ANODE
the anode of a device is the terminal where
current flows in. The cathode of a device is the
terminal where current flows out. Corrosion is the
reason sacrificial anodes are used to protect the
parent material
4. APPROACHES
way or means of reaching something; an access (an approach to driveway,
where road connects to driveway, cut out curb)
6. BORING
installing pipe under roads or other obstruction and connect to tap valve
and meter vault/box, or private line, as applicable.
7. CABLE TV MAIN LINE
cable service can run from pole to pole or from pedestal to pedestal
8. CABLE TV SERVICE LINES
run from pole or pedestal to house. Pole or pedestals can be anywhere, but
close to electric service. Length for service line is usually no longer than
250 ft, no shorter than 100 ft.
12. CROSS-BOXES
A smaller version of an SAC or SAI. Phone contractors will quite often refer
to these boxes when doing work. Addresses are given to these boxes
normally during planning stages as an engineer's ideal location. Many
times when they are actually placed in the field the location has to be
changed due to real estate constraints. Generally, the engineer does not
change the address.
Givng you a little further information relating to telephone terminologies.
Pedestal addresses tend to be a little more reliable than SAI addresses
because pedestal addresses are usually assigned in the field. Pedestal
addresses in the rural areas are usually determined by distance from
the C.O. and are not usually assigned by residential addresses
13. CULVERT
a conduit used to enclose a flowing body of water. It may be
used to allow water to pass underneath a road, railways, or
embankment Culverts can be made of many different
materials; steel, polyvinyl chloride (PVC) and concrete are
the most common.
14. DEMOLISH
means to wreck, raze, render, move or remove a structure by means of any
equipment or explosive.
15. DIRECTIONAL BORE
Is a trenchless method of installing underground pipes, conduits and
cables in a shallow area along a bore path with minimal impact on the
surrounding area. Directional boring is used when trenching or excavating
is not practical
16. EASEMENT
A utility easement is the right held by utilities, to control the use of your
land near overhead and underground power lines, gas pipelines and
substations.
18. ELECTRIC SERVICE LINE
a line that distributes electricity from the transformer
pole or pedestal to the consumer. to run service,
sometimes the service can come from an existing pole
and sometimes they have to set a new pole or pedestal
on base of pole which can provide 4-5 services
20. FRENCH DRAIN
a ditch covered with gravel or rock that redirects surface and
ground water away from an area. French drains are common
drainage systems, primarily used to prevent ground and surface
water from penetrating or damaging building foundations and may
be used to distribute water, such as that which flows from the
outlet of a typical septic tank sewage treatment system. French
drains are also used behind retaining walls to relieve ground water
pressure.
21. GAS MAIN
Mains are the pipelines that carry the gas from the meter stations
throughout the distribution systems, from meter to meter
22. GAS METER
used to measure the volume of fuel gases such as natural gas and propane
to the consumer
23. GAS SERVICE LINE
a pipe that distributes gas from main line to structure
24. GAS VALVE
a device that regulates the flow of gases by opening, closing, or partially
obstructing various passageways. In an open valve, fluid flows in a
direction from higher pressure to lower pressure
25. GROUND ROD
applied to utility poles to pull electricity down through the rod and into the
ground at least six feet into the ground within one foot of the foundation
26. GUARD RAIL
system designed to keep people or vehicles from (in most cases
unintentionally) straying into dangerous or off-limits areas
27. GUY WIRE
a tensioned cable designed to add stability to
structures such as utility poles. One end of the
cable is attached to the structure, and the other
end is anchored into the ground at a distance
from the structure’s base
28. HAND HOLE
A shallow access hole large enough for a hand to be inserted for
maintenance and repair of machinery or equipment
29. HYDRO TESTING (HYDROSTATIC TEST)
a way in which leaks can be found in pressure vessels such as pipelines and plumbing. The test
involves placing water, which is often dyed for visibility, in the pipe or vessel at the required
pressure to ensure that it will not leak or be damaged. It is the most common method employed for
testing pipes and vessels. Using this test helps maintain safety standards and durability of a vessel
over time. Newly manufactured pieces are initially qualified using the hydrostatic test. They are then
continually re-qualified at regular intervals using the proof pressure test which is also called the
modified hydrostatic test. Hydrostatic testing is also a way in which a gas pressure vessel, such as a
gas cylinder or a boiler, is checked for leaks or flaws. Testing is very important because such
containers can explode if they fail when containing compressed gas.
Steps Involved
1. Remove product from line
2. Test per code
3. Dry the pipeline
4. Return product to the line
32. OIL FIELD
region with an abundance of oil wells extracting petroleum (crude oil) from
below ground
33. PIG LAUNCHER
Pipeline Inspection Gauge. It inspects the
pipeline without interrupting the flow of
gas or oil running through pipeline. The
launcher part is of course the device that
sends the PIG through the pipeline
34. RAISING MANHOLE
Manholes allow access at key locations usually
located where two or more pipes or conduits enter
the system, the access is necessary for
maintenance and inspection of the system,
excavator will dig out the entire manhole structure
to raise it.
36. RETAINING WALLS
structure that holds back soil or rock from a building,
structure or area. Retaining walls prevent downslope
movement or erosion and provide support for vertical or
near-vertical grade changes
38. ROAD BORE
trenchless method of installing underground pipes, conduits and cables in
a shallow area under a road with minimal impact on the surrounding area.
Directional boring is used when trenching or excavating is not practical.
39. ROAD RIGHT-OF-WAY
piece of land that all public roads are located
within. The width of land is usually wider than the
road itself, this excess land is the right-of-way
which is reserved for use of the traveling public
and maintenance of the county road system
40. SAC OR SAC BOX
Serving Area Closure, this is a large telephone closure that houses the
Serving Area Interface. It is junction box that usually sets on a 4ft x 4ft
concrete pad
41. SAI: SERVICE AREA INTERFACE
Telephone equipment with massive
switching devices. Generally there is a
large feeder cable from the telephone
company's central office entering and
several large cables exiting for distribution
to customers
43. SEPTIC SYSTEM
Septic systems are a type of On-Site Sewage Facility. The diagram below
displays an average septic tank system with lateral lines running to a
drainfield. Inside the tank, liquids and solids are separated naturally and
form three distinctive layers know as the scum layer (top layer), clear layer
(middle effluent layer) and sludge layer (bottom layer). In most systems, the
effluent layer is allowed to pass out into a drainfield or leachfield where the
liquid is broken down biologically by naturally occurring bacteria present in
most all systems. The sludge and scum layers are slowly broken down by
similar bacteria and are converted to effluent or “middle layer” liquid.
44. SEWER MAIN
a pipe in a system that collects sewage and directs to sewer bed
45. SEWER SERVICE
a pipe that collects sewage and directs the flow to main sewer line
46. SOIL TEST BORINGS
act of drilling for Geologic engineering
tests to determine the capability of the soil
to support proposed improvements or to
determine the strength and properties of a
required building foundation.
48. STORM SEWER/DRAIN
a drain or drain system is designed to drain excess rain and ground water
from paved streets, parking lots, sidewalks, and roofs
49. TELEPHONE MAIN CABLE
is a circuit on a telephone communications system, running from pedestal to
pedestal
50. TELEPHONE PEDESTAL/TERMINAL BOXES
Telephone terminal box is divided into two compartments so to provide a
first compartment accessible only to the telephone operating company
and a second compartment accessible to the subscriber. Each
compartment has its own cover, and the covers may be individually
locked by the subscriber and by the telephone company. The box is
constructed so that if it becomes necessary, the telephone company
can gain access to the subscriber compartment, however, the
subscriber cannot gain access to the telephone company compartment.
Terminal and junction boxes are designed for indoor or outdoor use.
A terminal block is mounted in the subscriber compartment to provide
connections to a predetermined number of subscriber telephones.
52. TELEPHONE TERMINOLOGIES
To help you further, following are some terms used in pedestal addressing :
F: front of address
R: rear of address
S: side of address
On: on the building (this is usually at apartments or businesses)
In: inside the building (this is usually at businesses)
SS: straight splice. There are no svc drops out of these pedestals. It is a closure in which 2 cables are spliced together.
RPL: Rural Pole Line (cables are not necessarily in the air on poles)
RCL: Rural Cable Line
SNI : interface or connection box to the house
Spur: these are also in the rural areas and are "spurs" off the RPL or RCL.
Some other terms often used:
C.O.: Central Office
Toll or Trunk Cables: Cables going long distances with no distribution. These generally go from one town to another
town.
53. TRANSFORMER
a device that transfers electrical energy from one circuit to another through
conductors (material allowing the flow of electric current), the
transformer’s coils
54. UTILITY POLE
pole used to support overhead power lines and various other public
utilities, such as cable, fiber optic cable, and related equipment such as
transformers and street lights
56. WATER METER
a device used to measure the volume of water usage from the water main to
the consumer.
57. WATER SERVICE LINE
Service lines transmit water from the distribution main to
residential, industrial and commercial users. Services come from
water main which could be on customer side of street (short
service) or in middle or opposite side of street (long service).
60. WATERWAYS
any navigable body of water. These include rivers, lakes, seas, oceans, and
canals. In order for a waterway to be navigable, it must meet several
criteria:
The waterway must be deep enough to allow the draft depth of the vessels
using it;
The waterway must be wide enough to allow passage for the beam width of
the vessels using it;
The waterway must be free of barriers to navigation such as waterfalls and
rapids, or have a way around them (such as canal locks and boat lifts);
The current of the waterway must be mild enough to allow vessels to make
headway.