Pipe laying method statement

Pipe laying method statement

Pipe laying method statement
We use cookies on our website. Some of them are essential, while others enable us to provide you with a better user-experience. For further information and how you can change your decision at any time, please refer to our data protection policy. Agree and continue Reject. Pipes from Mannesmann Line Pipe can be laid using a variety of methods. Depending on the method, we use Materials and Coatings that possess the necessary fracture resistance and shear strength. Suitable for all pipe diameters, open-trench pipe-laying is the most common method. To start with, a trench is excavated along the planned pipeline route. If the in-situ soil does not offer a suitable pipe bed, the trench is deepened and bedded. The pipes can then be lowered into the trench as a welded pipe string. Plowing is a particularly eco-friendly technique, which can be used for pipes up to DNdepending on the type of soil, pipe string length and pulling force involved. By means of a steel rope winch, a special tractor pulls the pipe-laying plow through the soil. The share, which is adjusted to the pipe-laying level plows a furrow into the soil through which the pipe string is pulled in. The displaced soil immediately deposits itself on the pipe string. This makes the process particularly fast, while reducing the impact on the land to an absolute minimum. The horizontal flush drilling technique is used in trenchless pipeline construction and is particularly suitable for pipe-laying in densely built-up urban areas or for crossings underneath water or buildings. The pilot hole is drilled along a two- or three-dimensionally curved line between the entry point in front of the drill and an exit point on the opposite side of the obstacle to be crossed under. The in-situ soil is loosened by a drill head at the front end of the drill string. In the second step in controlled horizontal drilling, the pilot hole is widened. Finally, the pipe string is pulled in from the exit point into the widened borehole. Navigation DE EN. The relevant cookies have been deactivated. All cookies that have already been saved have been deleted. Line pipe for the transportation of drinking water, industrial water and waste water. Open-trench pipe-laying. Horizontal flush drilling. Drucken Teilen Xing Twitter.

Method statement for underground piping

Pipe laying method statement
Toilet details and mechanical pipe sleeves location for both indoor unit refrigeration pipes and sanitary fixtures ventilation. Block work except the shaft walls and water proofing activity should be done first before installation. Waiting pipes, drainage pipe,stub pipes and fittings from risers and underground pipes should be present before starting inside the toilet. Hollow vertical shaft or duct located nearby the toilet will not be cover to work easily inside the toilet especially connection to the risers. Assign the location of pipes in the wall or floor that is exactly as mention on the approved toilet details shop drawing. Use block cutter or simply portable grinder to cut a side of block continuously along the line that had been marked. By using sharp- pointed steel rod and other proper chipping tools, chip the block side to the thickness required to fixed the sanitary pipes. Standard fittings and materials must be used and all drainage pipe and fittings must be joined using the approved glue. Level of the slab should be identified by surveyor before proceeding installation. Also locate points as alternative reference point for pipe and pipe fittings installation. Sanitary fixtures outlet location should also be installed and identified. Connection of drainage pipes other than water closet drain i. Pipes and pipe fittings connection should be on the compacted fine sand and partly small of cement mortar as its support. Height distance between gully trap bottom and slab should be two 2 centimeter for all toilets. Absolute care should be imposed not to damage the water proofing upon installation. Install sleeves for pipes passing through the concrete or masonry walls. Put sealant in between the pipes and sleeves. Check the pipes securely fixed, joint and capped before leak testing. Leak test for the installed drainage pipe is to be carried-out with presence of inspector Engineer. After the approval of Inspector Engineer, cover the drainage pipe with cement plaster or sand to where it is applicable. Email address:. Tag: drainage pipe installationmethod of statementmethod of statement for drainage pipe installationmethod statementtoilet. You must be logged in to post a comment. Remember Me. Not a member yet? Register now. Sign me up for the newsletter! Are you a member?

Concrete pipe laying method statement

Pipe laying method statement
This example Method statement shows the basic requirements for a method statement for installing drainage. Health, Safety and Environmental Assessments:. A mobile phone will be available at all times to summon emergency services, the site supervision staff will be advised of the nearest hospital. A First aid box, with eyewash liquid will be kept on site. This method statement will be the subject of a toolbox talk given to all personnel involved with the work activity. Builders Safety. Objective: Installation, and connection of new mm drainage pipes to existing surface and foul manholes Location: A site somewhere. Timescale: Add Programmed start and end for this phase of works Welfare and First Aid: Add details, you must mention toilets and drinking water, First Aiders and First Aid Box Reducing Risk Banksman Present during works No un-authorized persons allowed on site during excavations Area Inspected before works commence daily, and at suitable intervals during the day. Excavations fenced off and end of the day. Excavated material to be kept a minimum of 1. Warning signs PPE to be worn at all times. Work Method: The new drain positions will be set out by competent person. Levels of existing connection points will be checked if required A trench will be excavated alone the line of the new pipe, level control by pipe laser or manual level. Access into the excavation and pipe joining only within the drag box no persons allowed in trench when drag box is pulled to next location. New manholes will be constructed where required, and steps will be taken to avoid any disruption of existing flows if connections are made to existing services. Emergencies: A mobile phone will be available at all times to summon emergency services, the site supervision staff will be advised of the nearest hospital. Drag box inside trench. Share this: Facebook Twitter. Like this: Like Loading Comments are closed.

Pipeline laying methods

This chapter describes the construction method of this BDS project including pre-construction survey and setting out, working area clearance, general precaution before excavation, civil concrete works, DI pipe, HDPE pipe and fittings transportation and storage, trench excavation dewatering and bedding extra soil stock and disposal, pipeline laying, valve fittings service installation, backfill, water pressure test, pipeline clean and disinfection, related sewer pipeline removal and re-installation manhole and different chamber works in detail reinstatement, construction of reservoirs and undertake different civil works. Other works: Construction of reservoirs at Balaju Capacity of cum. Pre-Construction Surveys and Setting Out We shall verify all measurements and be responsible for their correctness. Any differences which may be found between actual measurements and the dimensions given in the Contract Documents shall be submitted to the Engineer. Site bench marks shall be accurately and safely established, maintained and removed upon completion of the Work, before the Work, or any part thereof, are commenced, shall make a complete survey, and take levels, of the Site and agree on the dimensions and elevations upon which setting out of the works shall be based. These levels shall be related to the bench marks and shall be plotted and drawn up. After agreement of the drawings, these levels shall form the basis of setting out of the Works. Clearance of Work Areas and Protection of overhead underground and surround service Prior to the start of any work, lay-out the right-of-way, working areas, clearing, and pavement cutting to insure a proper recognition and protection of the adjacent properties. Ensure that the general shape, profile, and levels of the area are not materially altered during clearing and grubbing operations. In order to avoid re-clearing or to control dust or erosion may have to clear and grub at the latest practicable stage of construction. As technical requirement clearance including The removal of all trees and bushes complete with rootsother vegetation, rubbish, fences, and all other material that may interfere with the construction of the Work. The disposal of all material resulting from the clearing The removal of all rocks and boulders of size up to 0. Tianjin-Raman Joint Venture cleared or exposed during the clearing operation. General precaution before excavation a Responsible for obtaining temporary way leaves including crop compensation, for temporary working areas, additional working easement and for any additional areas b If the work will cause unavoidable interference with access to adjoining property, convenient access to driveways, houses and buildings adjoining the work shall be maintained and temporary approaches to intersecting streets and alleys shall be provided and kept in good condition. For water supply install temporary lines or arrange for regular supply by tankers. When forced to disconnect power or telephone connections the relevant authority shall provided temporary connections at the Contractors expense. Trench excavation shoring dewater and bedding backfill and compact and reinstatement of 2. Tianjin-Raman Joint Venture surface a Prepare before excavation, make site investigation, to make sure the underground soil condition, the structure distribution condition on the ground and under the ground, discuss with the engineer or related authorities about the treatment measure. To confirm the position and level of old pipeline and structure and new pipeline center etc. Make proposal for the excavation and disposal surplus soil and take safety measure. Before excavate, the operator shall know the trench excavating section and depth of trench b Earthwork excavate and shoring The trench mainly excavated by excavator equipment with manual cleaning the bottom of trench. If there is rock, the hydraulic hammer or exposing will take.

Water pipe laying methods

At the start of the project, in most projects I joined with, one of the activities shall be implemented or started first is excavation. You may copy this Method Statement and submit to the Engineer but please take a while to read your specification first as this may differ from it and revision will be needed. Services, wherever found shall be rerouted and protected to place will not affect site activities. Backfilling shall commence using similar excavated material. Care shall be taken to remove bolder, vegetations and any other deleterious materials. Thank you, sir, for your website of a method of statement. This website is very useful for me and then we get the water supply pipeline MOS. Hello Noel, am Stanley and I need your assistance, am doing a report on a proposed water pipeline for a certain area in my country. I am asking if you can help out to figure out the method statement for both civil and pipe laying processes. Thank you. Hi Mr. I found it helpful. Thanks for sharing your knowledge to everybody. I have bookmarked your web in my google bookmarks and followed you in twitter. Please keep it up. Thank you for coming across my blog. You can share this piece of knowledge to our fellow engineers. Please follow my other social media profile. Hi Engr. Noel, good day! A best friend of mined asking me on how to proceed his project back filling and compacting of fish pond at 1. And this will build only a residential project by private owner. Thanks and God bless. It is better to send me the drawings so that I can have a better understanding and eventually establish a method statement. Do you have a method statement for the retaining wall? If you have would you mind sending me via an E-mail? Hi there, I discovered your web site by way of Google at the same time as searching for a related topic, your site got here up, it appears to be like good. I am going to watch out for brussels. Numerous folks shall be benefited from your writing. Hi Noel Mades, Can you help me with method statement sand blanket pvd.

Pipe laying procedure pdf

Pipe laying involves many different hazards and risks which can cause many problems for project delays to catastrophic injuries. In order to mitigate the chance of any safety or project issues, companies use many proactive safety measures including permits for pipe laying activities, as well as safe work method statements. A safe work method statement for pipe laying enables a company, project or safety team to outline the best and safest approach to performing any pipe laying works, as well as the required control measures associated with each job step. It's impossible to eliminate the risks involved with pipe laying, but a good pipe laying SWMS can go a long way to helping. Improve your pipe laying safety using this template now. Keep workers performing carpentry work safer, and all of your SWMS for carpentry records more organised using this template. Reduce the likelihood and consequences associated with terrible working at heights incidents by better managing and communicating your SWMS. Customise this electrical works SWMS template to suit your own type and approach to electrical works. Use this template now. This safe work method statement for pipe laying can be used for free and customised for your own operations. Preview the full template. Use a better, smarter pipe laying SWMS for yourself. Get a quick preview of this pipe laying safe work method statement below. Use this pipe laying SWMS for free now. This SWMS doc is easy to manage for everyone:. Other popular SWMS templates you can use for free. Safe Work Method Statement for Carpentry template Keep workers performing carpentry work safer, and all of your SWMS for carpentry records more organised using this template. Safe Work Method Statement for Working at Heights template Reduce the likelihood and consequences associated with terrible working at heights incidents by better managing and communicating your SWMS. See how. Click here to use this template for free. Sitemate is the industries most flexible project management software. See how it can streamline your projects, teams and processes today. Learn more. Watch a demo. This website uses cookies to improve your experience.

Hume pipe laying method statement

This method statement is applicable for all drainage pipe works underground, above ground, horizontal and vertical drainage piping for any kind of the project as specified in project specification. It is responsibility of project manager and project plumbing engineer to ensure the availability of coordinated drawings and the required materials as per the project specifications. Perform the inspections on completion of reasonable part of work area wise or block wise as per consultant requirements. Generate an inspection request along with inspection checklist and after completing internal inspection call the consultant for witnessing the work inspection. Most of the cases site QC engineer and site engineer shall witness and accompany the inspections. Drainage pipe shall be tested as per the checklist. Within the building the plug piping section shall be tested by filling it with water at highest point, and test shall be carried out in floor intervals not higher than ten meters. Between manholes pipes shall be tested by plugging the inlet pipe to the upstream manhole and inlet pipe of the downstream manhole and filling the water to the top of the upstream manhole. No apparent loss of water should be noticed after four hours. Technical Submittal Requirements. Pipe and fittings shall be in conformance with the following unless specified otherwise by local authorities. Floor clean outs shall be provided as per the locations on shop drawings. Depending upon the connection it may be either 45 degree Roding eye or straight Roding eye. It should be uPVC material and should be supplied with cap, chrome plated copper plate and cover of overall size mm x mm. Each floor drain shall be of UPVC construction with mm water seal. Drain shall be fitted with 25mm access plug for cleaning purposes and shall be of the same material as the pipe connected to it. For temporary storage of the pipes in the site where racks are not provided the ground shall be level and free from loose stones. UPVC Pipes shall be protected from the direct rays from the sun by covering the pipes with polythene sheets or similar material. Drainage and vent piping shall be installed at the following minimum slopes if not specified anywhere else. Wherever required, pipe cutting shall be performed by a method which provides clean square cut of pipes and then chamfered as required. Pipes ends are chamfered to approximately 15 o for half the pipe wall thickness and debarred with a sharp edged tool. For pipe sizes 82 mm and above, jointing of pipes and fittings are carried out by Push-fit jointing method. The solvent and glue used in this method are Parabond P. Both surfaces to be joined shall be cleaned using a cleaning fluid. This removes all dirt and machine release agents and softens the surface ready for the chemical solvent weld. The pipe shall be inserted to the socket with a slight twisting action to full socket depth. Surplus cement shall be removed with a cloth. After pipe laying, Inspection and testing a further mm of approved bedding material shall be used for pipe surround, compacted with hand from all sides while tamping lightly over the crown. The bedding material shall span the entire width of the trench and shall be laid in not more than mm deep layers, each layer being compacted by hand. This is usually compacted infill with the original trench soil over the layer of pipe surround. Heavy mechanical rammers shall not be used until the fill has reached a sufficient height above the top of the pipe. Coordinated drawings and the required material is arranged by the site engineer as per the project specifications. If required get the safe work permit from HSE department. Pipe Diameter Maximum Support Spacing Minimum Size of Hanger Rod mm Horizontal Pipes cm Vertical Pipes cm 15 mm 60 10 20 mm 70 10 25 mm 75 10 32 mm 80 10 40 mm 90 10 50 mm 10 75 mm 13 mm 16 mm 16 mm and larger Enter your email address:.

Piping method statement pdf

Pipe laying method statement
Methodology start from hauling, stacking and handling of pipes, pipe laying, road works, etc until completion of the final testing and commissioning system and as built drawings. These materials will eventually be transferred to the pipe laying location for trench filling purpose by means of dump trucks. One saddle shall be at the center of the pipe length and the other two shall each be positioned at a distance one-fifth of the pipe length from each end of the pipe. The canvas sling will be position at approximately one-fifth of the pipe length from each end of pipe before lifting. On uneven ground the pipes will be supported on sand bags or earth bunds which give continuous support under not less then 40of the pipe circumference. The position of support shall be at a distance one-fifth of the pipe length from each end of the pipe. Upon confirmation of the proposed pipe route as per item 2. Excavation for pipe trench will be carried out by means of backhoe excavator or hydraulic excavator. Excavation is closely monitored to prevent over excavation. Once excavation is completed, the reduced level at the bottom of the trench is taken. This is required for computation of the excavated material and for compliance to the designed pipe level. At area with bad ground condition, appropriated shoring shall be provided to avoid the sides of excavated trench from collapse and ensure safe working condition within the pipe trench. At area with high water table or during raining season, dewatering pump shall be used to remove water within the pipe trench in order to provide a workable condition for the pipelaying, welding and other associated works within the pipe trench. Pipe laying will be carried out as soon as trenching is completed. Pipe will be laid to the lines and levels shown on the drawings or as otherwise directed by SO. The alignment for laying of pipes will strictly follow the alignment pegs given by the surveyor. Pipe shall be lifted by using reinforced canvas sling and slowly lower down to the trench until approximately 50mm above the formation level of the trench, in the lifted position. The alignment of the pipes is adjusted according to the requirement and the pipe mouth is brought closer to the other pipe mouth which has already been laid. Once both pipe mouths are aligned, the lifted pipe is push toward the laid pipe by means of excavator bucket to allow the pipe mouths to engage. Once this is done, the pipe is fully lower down and. Recess shall be provided during the trench excavation to facilitate the removal of sling belt. The welding machines to be used for the welding of the joints will be Miller amp. The gauge of electrodes will be 3. As for the mm pipe the gauge of the electrodes will be 4. The direction of the weld will be from bottom up hand upwards to the top of the pipe and the completed fillet weld will be full and convex in shape. Where the steel pipes are to be joined by welding it will be by means of an internal and an external circumferential electrical arc weld at each point. For mm pipe, only external circumferential welding is required base on specification. For mm pipe internal and external circumference welding are required. Before placing the pipes together the portion of the sockets and spigot to be welded will be cleaned to a bright metallic finish, the spigot end will then be placed in the socket and forced inside so that the spherical surfaces are in contact and that the gap between the pipes at the end of the spigot is nowhere greater than 1.

Underground pipe installation method

Only approved material shall be used. Special shaded pipe racks shall be constructed to store pipes. Fittings and irrigation materials shall be stored inside containers that will be kept closed at all times. Materials found unsuitable shall be removed from site. All boxes shall be securely sealed and clearly marked with the name of the manufacturer. All pipes shall be protected from crimping, crushing and splitting. Works and materials shall be protected from damage during storage, handling and construction. Particularly, non-metallic pipes and fittings shall be protected from direct sunlight during storage. Facilities of the necessary dimensions shall be provided and maintained for storage of all non-metallic irrigation materials in their entirety. All non-metallic materials shall be handled carefully and stored under cover to avoid damage. Pipes that have been damaged or dented will not be used in this work and to be removal from the site immediately. Openings into the system, apparatus and equipment shall be securely covered, both before and after being set in place, to prevent obstruction in the pipes and the breakage, misuse or disfigurement of the apparatus or equipment. Barricades, guards, warning signs and lights as necessary or required, for the protection of the public and the work force shall be provided. Utilities: The location of the existing underground utilities shall be determined and the works performed in a manner which will avoid possible damage. Hand excavation, as required shall be carried out to minimize the possibility of damage to existing underground utilities. Enter your email address:. laying, joining and testing of pipes

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