Technopia Engineering Projects’ Post

New series: Planning Help for Siphonic Roof Drainage #2 The planner has to take into account: Climate, weather, wind and rainfall - including of the adjacent wall areas. Please also read: Guidelines of Design sowie 10 Commandments >>> If you have any questions, suggestions for improvement or criticism, please don't be afraid to send me a comment.   See also! VDI 3806 Roof drainage with siphonic system DIN 1986-100 Drainage systems on private ground - - Part 100: Specifications in relation to DIN EN 752 and DIN EN 12056 EN 12056-3 Gravity drainage systems inside buildings - - Part 3: Roof drainage, Iayout and calculation   #siphonicroofdrainage #castironpipe #galvanizedsteelpipes #hdpepipe #plasticpipes #pvcpipe #stainlesssteelpipe #KeidelSoftware DISCLAIMER - This Information is based on German laws, standards, and regulations (rules). We shall give no guarantee that the information is suitable for use in other countries or that it is in accordance with the rules in place there. Nevertheless, we are unable to guarantee the correctness, completeness and up-to-dateness of the information and therefore exclude any liability in this respect. Subject to change without notice. © Keidel DrainStar GmbH. All rights reserved. V 2110

New case study: Marhamchurch SPS - Replacement sewage pumping station with stormwater storage to improve Bude Bathing Waters. The existing Marhamchurch Sewage Pumping Station located 2.4km south of Bude was built around 50 years ago and was not designed to hold the volume of stormwater nor pass forward the volume of water which is now required to achieve the bathing water quality driver. Marhamchurch SPS does have an emergency overflow which connects to the River Neet and it is this river which discharges into the Bude bathing water area. South West Water had a driver to ensure a design standard of no more than an average of two significant (>50m3) spills per bathing season (as per the Environment Agency definition). Galliford Try was appointed by South West Water to increase the pumping station’s pass forward flows from the current 8 l/s to 18 l/s, and to provide a new pumping station which would contain 100m3 of on-site stormwater storage and thus reduce the likelihood of having to utilise the pumping station’s emergency overflow. The increased pass forward flow rate and on-site storage capacity was based on a 2050 design horizon. Read the full case study: https://lnkd.in/ghg_VnsB South West Water Galliford Try Active Tunnelling Ltd GMAC UTILITIES LTD Ditch Witch UK & Ireland MGF ELIQUO HYDROK Jewson Civils Frazer Xylem Water Solutions UK & Ireland FP McCann Ltd #water #watersupply #waterindustry #engineers #engineering #construction #utilities #utilityindustry #watertreatment #wastewatertreatment #sewagetreatment #sewerage #sewer #shafts #pumpingstation

New series: Planning Help for Siphonic Roof Drainage #3 The planner has to take into account:   An open, back flow free connection into the public sewer system.   NOTE: During the planning work, it must be checked whether the open-channel system is suitable for the design rainfall intensity of the roof drainage. If the dimensioning of the open-channel system is not sufficient, Surcharge occurs.   SURCHARGE of an open-channel system is the situation where the channel is partially or completely flooded. In this state, the free flow of water is restricted or even blocked. ATTENTION: This increases the risk of failure of the roof drainage, which can lead to the total loss of the building.   Please also read our 'Guidelines of Design' and '10 Commandments' >>> If you have any questions, suggestions for improvement or criticism, please don't be afraid to send me a comment.   See also! VDI 3806 Roof drainage with siphonic system DIN 1986-100 Drainage systems on private ground - - Part 100: Specifications in relation to DIN EN 752 and DIN EN 12056 EN 12056-3 Gravity drainage systems inside buildings - - Part 3: Roof drainage, Iayout and calculation   #siphonicroofdrainage #castironpipe #galvanizedsteelpipes #hdpepipe #plasticpipes #pvcpipe #stainlesssteelpipe #KeidelSoftware DISCLAIMER - This Information is based on German laws, standards, and regulations (rules). We shall give no guarantee that the information is suitable for use in other countries or that it is in accordance with the rules in place there. Nevertheless, we are unable to guarantee the correctness, completeness and up-to-dateness of the information and therefore exclude any liability in this respect. Subject to change without notice. © Keidel DrainStar GmbH. All rights reserved. V 2110

#4 The planner has to take into account: The type of emergency overflow depends on the use of the building. New series: Planning Help for Siphonic Roof Drainage GENERAL INFORMATIONS: Emergency drainage can take the form of emergency outlets or emergency overflows. In any case, it must be routed separately from the scheduled rainwater drainage to a property area that can be flooded without damage and  m u s t  n o t  be discharged into the sewer system.   IMPORTANT: Missing or faulty emergency drainage can cause major damage and lead to the loss of the entire building.   FYI: Please also read our 'Guidelines of Design' and '10 Commandments' NOTE: Learn more about Siphonic Roof Drainage and Keidel's Software for designing and sizing this green drainage technology and ask for our WELCOME PACKAGE. >>> If you have any questions, suggestions for improvement or criticism, please don't be afraid to send me a comment.    See also! VDI 3806 Roof drainage with siphonic system DIN 1986-100 Drainage systems on private ground - Part 100: Specifications in relation to DIN EN 752 and DIN EN 12056 EN 12056-3 Gravity drainage systems inside buildings - Part 3: Roof drainage, Iayout and calculation   #siphonicroofdrainage #castironpipe #galvanizedsteelpipes #hdpepipe #plasticpipes #pvcpipe #stainlesssteelpipe #KeidelSoftware DISCLAIMER - This Information is based on German laws, standards, and regulations (rules). We shall give no guarantee that the information is suitable for use in other countries or that it is in accordance with the rules in place there. Nevertheless, we are unable to guarantee the correctness, completeness and up-to-dateness of the information and therefore exclude any liability in this respect. Subject to change without notice. © Keidel DrainStar GmbH. All rights reserved. V 2110

Precast overhead tanks are versatile structures designed for efficient storage of both water and chemicals. Their elevated position allows for gravity-fed water distribution, catering to diverse needs. Beyond water storage, these tanks safely accommodate chemicals, making them valuable for industrial and agricultural applications. They ensure a consistent flow of both substances, crucial for uninterrupted operations. The space efficiency of these tanks optimizes ground space, and their durable, stable construction minimizes the risk of leaks or contamination, providing a reliable solution for diverse storage needs. Contact us : +91 7032963456, +91 9246835449 #mkprecast #PrecastTanks #WaterStorage #ChemicalStorage #VersatileDesign #SpaceEfficiency #ConsistentFlow #IndustrialSolution #AgriculturalStorage #DurableConstruction #SafeChemicalHandling #GravityFedDistribution #EfficientStorage #TankSolutions #Infrastructure #StorageNeeds #OverheadTanks #SpaceOptimization #WaterManagement #StorageSolutions #ChemicalSafety #ContinuousSupply #StructuralVersatility #InfrastructureDesign #ReliableStorage #DurableBuild

This LinkedIn post provides a clear and easy-to-understand overview of the pros and cons of various protection systems in the context of sewage pipe lines. In the world of sewage infrastructure, the choice of materials can make all the difference. Let's delve into the key materials or systems available: Crystallization Waterproofing Products Pros: Durability: They create a long-lasting waterproof barrier, ideal for sewage pipe lines. Self-healing: Minor cracks can be repaired as crystals grow over time. Chemical resistance: They ward off the corrosive effects of wastewater. Cons: Initial cost: Installation can be more expensive compared to traditional methods. Surface preparation: Proper surface preparation is crucial for effectiveness. PU Foaming Grouts for Sewage Pipe Lines Pros: Leak sealing: Effective at sealing leaks and stabilizing sewage pipes. Enhanced structural integrity: They reinforce the pipes and surrounding soil. Versatility: Suitable for various pipe materials and sizes. Cons: Professional installation: Requires expertise to ensure proper injection and expansion. Limited to repairs: Primarily used for addressing issues in existing pipes. Geosynthetic Liners Pros: Impermeability: Exceptional resistance to water and chemicals, preventing leakage. Easy installation: Fast and efficient to install. Environmental protection: Safeguards against soil contamination. Cons: Initial cost: Higher upfront investment compared to traditional liners. Maintenance: Requires periodic inspections and potential repairs. Fiber-Reinforced Concrete Pros: Strength and durability: Enhances concrete's tensile strength and resistance to cracking. Longevity: Extends the service life of sewage structures. Reduced maintenance: Fewer repairs and replacements. Cons: Mix design: Requires expertise to ensure the right balance of fibers in the mix. Initial cost: Slightly higher material cost compared to conventional concrete. Cathodic Protection Systems Pros: Corrosion prevention: Effectively guards steel structures against rust and deterioration. Long-term savings: Reduces maintenance costs and extends the life of pipes and bridges. Environmentally friendly: Minimizes the need for chemical coatings. Cons: Initial investment: Setting up the system can be costly. Ongoing monitoring: Requires regular inspections and maintenance. These materials play a crucial role in ensuring the reliability and longevity of sewage infrastructure. As a consultant, I emphasize the importance of informed choices and expert guidance to make the most of these technologies. Let's keep these essentials in mind as we work towards resilient and sustainable sewage systems. For more information or specific needs kindly DM. #SewageInfrastructure #EngineeringMaterials #InfrastructureSolutions #ConstructionConsulting #SustainabilityInConstruction

"Maximising Efficiency and Preventing Water Damage: An Essential Guide for Cabinet Condensate Drainage” New cabinet condensate drain installations are often laid flat to the floor, but their proper installation is critical to prevent costly water damage and maintain optimal performance. When laid flat to the floor, these drains inadvertently act as sediment traps, inviting blockages and causing leaks beneath cabinets. Overground condensate drains can run any distance, provided you are maintaining a constant 1.9% slope on condensate drains. Failure to adhere to this slope requirement significantly increases the risk of blockages and subsequent leaks. When a whole aisle is connected to a single drain point, and the room beneath the cabinet prevents achieving the necessary slope, industry standards mandate the use of water pumps for drainage. Laying the drain flat to the floor will mean you will experience a high number of water leaks from beneath the cabinets due to the build up of biofilms and debris in the flat drains. By prioritising proper condensate drain installation and adherence to industry standards, businesses can safeguard their infrastructure against water damage while optimising operational efficiency.  Find out more at www.gel-clear.co.uk

Efficient pressure drainage with cutting wheel pumps Cutting wheel pumps are the answer to optimized pressure drainage, especially in rural areas. Here, pressure networks score over gravity sewer systems due to their cost-effectiveness with low wastewater volumes and long distances. Advantages at a glance: - Cutting unit shreds larger pieces of wastewater, prevents blockages. - Small pipe cross-sections reduce the residence time and reduce the formation of putrefaction and odors. - The pressure pipe is adapted to the terrain at a shallow depth in an economical design. #PressureDrainage #CuttingWheelPumps #EfficientWastewaterManagement #RuralInfrastructure #CostEffectiveSolutions #GravityVsPressure #SewerSystems #WastewaterTechnology #DrainageOptimization #kordes #InfrastructureDevelopment #CuttingUnit #PreventBlockages #PipeDesign #OdorReduction #WastewaterInnovation #SustainableInfrastructure #RuralDevelopment #EnvironmentalEngineering #WaterManagement #InfrastructureSolutions #SmartInfrastructure #EfficiencyInDesign #CuttingEdgeTechnology #SewerAdvancements #WastewaterTreatment #PressureNetworks #EconomicalDesign

Point Drainage Solution by ACO

New series: Planning Help for Siphonic Roof Drainage #9 The planner has to take into account: The collision-free installation of primary and secondary roof drainage must be ensured, considering any obstacles such as existing sprinkler systems, cable bridges, ventilation, and supply lines, etc.   Please also read our 'Guidelines of Design' and '10 Commandments' >>> If you have any questions, suggestions for improvement or criticism, please don't be afraid to send me a comment.   See also! - VDI 3806 Roof drainage with siphonic system - DIN 1986-100 Drainage systems on private ground - Part 100: Specifications in relation to DIN EN 752 and DIN EN 12056 - EN 12056-3 Gravity drainage systems inside buildings - Part 3: Roof drainage, Iayout and calculation   #SiphonicSystem #SiphonicRoofDrainage #CastIronPipe #GalvanizedsSteelPipes #HDPEpipe #PlasticPipes #PVCpipe #StainlessSteelPipe #KeidelSoftware DISCLAIMER - This Information is based on German laws, standards, and regulations (rules). We shall give no guarantee that the information is suitable for use in other countries or that it is in accordance with the rules in place there. Nevertheless, we are unable to guarantee the correctness, completeness and up-to-dateness of the information and therefore exclude any liability in this respect. Subject to change without notice. © Keidel DrainStar GmbH. All rights reserved. V 2110