Water Management

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Models Illustrating the Use of GoldSim for Water Management Applications

All the models assigned to the selected category are listed below.

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  • Time Shifting a Time Series

    The purpose of this model is to demonstrate time shifting historic data in a Time Series element. This type of model makes it easy to show summary statistics like exceedance probability of annual peak flow rate or mean annual flow rate.

  • Markov Process Rainfall Model

    This model simulates a Markov process that randomly switches between a wet state and a dry state to simulate rainfall given some key historic statistics.

  • Competing Demands on a Reservoir

    This simple model shows one method for allocating competing demands on a Reservoir.

  • Australian Water Balance Model

    The GoldSim 11.0 implementation of AWBM for calculating runoff from rainfall on a watershed. This model is used for water yield and water management studies.

  • Forecasted Water Demand

    Calculate future, monthly water demands based on current usage and an annual projection

  • Simulating a Water Conservation Program

    Simulate the feedback loop between water sales revenues and funding a conservation program.

  • Annual Demand Forecast Submodel

    This model uses a submodel to estimate a possible shortfall for the coming year in order to set a supply curtailment if needed.

  • Snowmelt Runoff Model (SRM)

    This is a GoldSim impleneation of the NRCS WinSRM model for calculating runoff from a snowmelt driven watershed.

  • Reservoir with Operating Pools

    Operating rules control outflows from a reservoir that contains operating zones divided into surcharge, flood control, conservation, and dead pool zones.

  • Water Supply Trade-Off Analysis

    Use GoldSim's scenarios functionality to create a decision support framework for your next project.

  • Pond Flow Network

    The purpose of this model is to demonstrate the use of GoldSim elements to represent a flow network of multiple storage elements that distribute water for water use. Water enters the system via "Inflow_Data".

  • Single Pool Reservoir

    Simulate the operation of a simple reservoir with an overflow spillway.

  • Flow Between Two Reservoirs

    This simple example simulates the flow between and the levels of a two-tank system using Bernoulli's theorem.

  • Mass Balance Check

    Check that inflows, outflows, and changes in storage within your flow model balance.

  • Modeling Losses through a System of Pumps

    Simple model of calculating production losses through a set of three parallel pumps each with failures and repairs

  • Mono Lake Water Balance

    Water balance model illustrating a negative feedback loop and of the use of scenarios with a dashboard

  • Simple Reservoir Operations

    This model illustrates how several methods for calculating a reservoir discharge can be combined into a single model. The methods includes calculations based on fluid physics, lookup tables and volumetrically under low-level conditions.

  • Mine Water Balance

    Simple but realistic water balance model for a mine

  • Allocator Element Priorities

    Example model providing demonstration of two different priority implementations in an allocator element

  • Water Treatment for Acid Mine Drainage

    Example of integrating equilibrium chemical processes into GoldSim to represent water treatment for acid mine drainage

  • Muskingum Channel Routing

    Reusable model providing a modified Muskingum hydrologic routing formulation

  • Controlling Reservoir Discharge

    This model explores 3 different methods of controlling discharge from a reservoir. The difference between these methods is important to understand for models that contain multiple reservoirs where discharge from one is being sent to another.

  • Muskingum Routing with Reservoir Elements

    Commonly used Muskingum hydrologic routing is implemented in GoldSim with Reservoir elements

  • On - Off Reservoir Discharge

    This model demonstrates the use of a Status element to control discharges from a reservoir.

  • Municipal Water Demand

    Forecast water demand for multiple entities based on assumed starting conditions and projected rates of change such as population, water prices, and seasonal use adjustments.

  • Simple Mass Balance

    Illustration of a simple mass balance calculation for a flow network for an inert constituent.

  • Simple Stream Diversion Model

    This model demonstrates a simple continuous stream diversion and and a diversion operating for a fixed amount of time each week.

  • Nonpoint Pollutant Buildup and Washoff

    This model provides simulation of nonpoint source pollutant buildup and washoff with automated calibration.

  • Pollution Caused by Leachate from Spoil Heap

    This model illustrates the simulation of transport and mixing of two contaminants sourced from a spoils heap.

  • Pumping Head Problem

    A script element is used to solve for pumping flow as a function of the total dynamic head on the pump due to headloss.

  • Simulating Failure Risk of a Pump Station

    Use the Reliability Module of GoldSim to calculate the failure modes of various components of a pumping station and water delivery system.

  • Septage Water & Solids Balance

    Simulates filling, operations, and cleaning of septic impoundments after the material is allowed to dry out followed by final disposal at a landfill.

  • Australian Water Balance Model (Vectors)

    Exactly the same implementation as the original AWBM except this has added capability to incorporate multiple subcatchments using GoldSim's array label sets.

  • Detention Pond With Orifice Outlet

    Simulates the inflow and outflow from a pond that controls discharge using a simple orifice in a riser outlet works

  • Runoff from Multiple Subbasins

    Simulate runoff from multiple subbasins in a watershed using AWBM in GoldSim

 

Making Better Decisions In An Uncertain World