Fast Modeling for Any Size of Network
Whether your network comprises 100 or 100,000+ pipes, InfoWater has the power to quickly model your system. With direct ArcGIS integration and a host of carefully designed, specialized product extensions, InfoWater takes your water distribution modeling and management capabilities to new levels of performance, scalability, reliability, and flexibility.
Advanced Modeling Applications
InfoWater enables many applications for distribution system analysis, including:
- Build/run network model in ArcMap
- Valve criticality modeling and analysis
- Pump and valve optimization
- Demand and fire flow management
- Water security planning
- Water quality (multi-species) simulation
- Leak detection and reduction
- Sensor location optimization
- Carbon cost calculation
- Pressure zone management
- Unidirectional flushing
- Vulnerability/risk assessment
- Pressure surge protection, with InfoSurge
Compare Countless Scenarios
With InfoWater you can easily develop and compare what-if scenarios such as identifying the best pump operation strategies, most impactful incident response actions, master planning build-out options, cost-effective design alternatives, and much more. You can easily switch between scenarios and compare modeling results instantly.
Accurate Geographic Demand Allocation
Determining how much and where the water is being consumed is a key component of water distribution modeling. Another is evaluating impacts from seasonal variations, conservation efforts, and climate change studies. InfoWater takes account of consumption data from any source (including meter readings, billing records, and telemetered system flows), and estimates from consumer characteristics (such as population, land use, or traffic counts), then automates the geographical allocation of demand to ensure the accuracy of hydraulic network models.
Extensive Water Quality Capabilities
InfoWater simulates the movement, concentration, and fate of water quality constituents (such as chlorine and fluoride residuals) as they travel through the network – which is key for drinking water compliance. It models water age and computes over time the percentage of water originating from any specified source location. It simulates conservative and reactive species as well as the more advanced multiple substance accumulation/decay.
Pressure Zone and DMA Management
InfoWater is a powerful but highly usable planning tool that makes it easy to optimize and manage pressure zones and DMA (District Metered Areas). It automatically delineates pressure zones based on zone boundary elements such as tanks, pumps, control valves, checks valves, closed pipes, and reservoirs. It also provides visualization tools and summary reports that aid both model calibration and system operational performance.
Emergency Response Planning and Consequence Management
InfoWater helps you estimate the consequences of a crisis, as well as formulate and evaluate response and recovery plans. It enables you to:
- Model the propagation of naturally, accidentally, or intentionally introduced contaminants
- Calculate and notify populations at risk
- Identify the source(s), decide how to isolate the event and compute required purging water volume
- Determine the impact on fire-fighting capabilities
- Prepare data for prosecution
Effective Flushing
InfoWater helps reduce odor and taste complaints and improve the quality of water to customers. It optimizes flushing activities (whether conventional hydrant flushing or Uni-Directional Flushing (UDF) with InfoWater UDF) by:
- Identifying how long the hydrants need to be open and which valves need to be closed
- Assessing the impact on the rest of the network
- Automatically producing field-ready maps
1- For the following building plan shown below design the water supply system for the ground floor knowing that the building contains 2 floors (ground and first) and they are similar and the system is private flush valve the height of each floor 3.65m and the distance from the vertical pipe and the collector is 4.9m and the longest distance between the collector and fixture is 9.15 m. Dhaka Water Supply and Sewerage Authority was not supplying drinking water to its customers, said local government minister Md Tazul Islam on Saturday at a programme at WASA Bhaban in Dhaka. He said that no water supplying agency of the world supply drinking water to the clients. The most economical method for removing these minerals was by upgrading the water treatment system to provide water softening. In addition, there were elevated levels of radionuclides in the city's drinking water supply. The existing water treatment facility was a vintage system, installed in a building constructed in the early 1900s.
Design Water Supply System 1. Feedback And Comments Example
Design Water Supply System 1. Feedback And Comments Sample
'Plumbing is the system of pipes, drains fittings, valves, valve assemblies, and devices installed in a building for the distribution of water for drinking, heating and washing, and the removal of waterborne wastes, and the skilled trade of working with pipes, tubing and plumbing fixtures in such systems. A plumber is someone who installs or repairs piping systems, plumbing fixtures and equipment such as water heaters and backflow preventers. The plumbing industry is a basic and substantial part of every developed economy due to the need for clean water, and sanitary collection and transport of wastes.
Plumbing is usually distinguished from water supply and sewage systems, in that a plumbing system serves one building, while water and sewage systems serve a group of buildings.' [Plumbing. Wikipedia]
Use the design elements library 'Plumbing' for drawing plumbing and piping plans, schematic diagrams and blueprints of waste water disposal systems, and hot and cold water supply systems using the ConceptDraw PRO diagramming and vector drawing software.
The shapes library 'Plumbing' is included in the Plumbing and Piping Plans solution from the Building Plans area of ConceptDraw Solution Park.