Emoji ICM InfoWorks - 🔧 Surface Pollutant Editor Guide 🔧

 🔧 Surface Pollutant Editor Guide 🔧

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📌 Introduction: For those embarking on Water Quality Simulations, here's your guide to the Surface Pollutant Editor.

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📝 Purpose:

The Surface Pollutant Editor is your toolkit 🧰 for:

1. Defining Pollution Indices 📊: Compute concentrations of dissolved pollutants and assess attached pollutant masses.
2. Global Parameters: Set global characteristics for sediment buildup and erosion 🌊.
3. Sediment Fraction Parameters: Essential for both the Surface Pollutant model and drainage network sediment transport computations 🌐.
4. Network Integration: Surface pollutant parameters are essential traits for subcatchments and seamlessly integrate with the network 🌐.

🔎 Access the editor by tapping on the Surface Pollutant Editor icon 🖱️ on the Modelling Grid Windows toolbar.

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🎨 Editor Layout:

Visualize a canvas with rows, each row telling a part of the story:

1. Title Record 📜: The header of your pollutant story.
2. Buildup & Erosion Parameters 🌪️: The initial two rows after the title, detailing the buildup and erosion tales.
3. Pollutants Record ☣️: Your pollutant details.
4. Equation Records 🧮: Includes:
   • Potency Factor Equation Record 📈
   • Potency Factor Equation Group Record 📊
   • Gully Pot Equation Record 🕳️
   • Gully Pot Equation Group Record 📚
5. Surface Definition Record 🌍: A culmination of previously defined data.
6. Sediment Record 🏖️: Nestled at the bottom, these capture sediment parameters. You can add up to two below the last Surface Definition Record.

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📌 Final Notes:

Dive into the editor, define your parameters, and ensure a comprehensive understanding of pollutants in your simulations. Happy modeling! 🌊🔍🌍.

Emoji ICM InfoWorks - 🌍 Model Inflow Guide 🌍

 🌍 Model Inflow Guide 🌍

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💧 Determinant Inflows:

Your model's inflows can originate from multiple sources. Here's a breakdown:

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🍂 1. Surface Pollutants:

• Sediment Buildup: Sediment accumulates on subcatchment surfaces throughout the simulation. This sediment can carry pollutants.
• Sediment Fractions: Two distinct sediment fractions can be modeled, each having unique properties.
• Dissolved Pollutants: These infiltrate the network via gully pots at each node.
• Build-up Period: Execute a simulation for a build-up phase to stabilize sediment depth on the surface.
• Surface Pollutant Model: Calculates sediment and pollutant inflow from catchment surfaces and gully pots.

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🚿 2. Wastewater Inputs:

• Wastewater Profiles: These determine inflows from a subcatchment's population. You can define concentration, potency, and pollutant multipliers over time.
• Data Needs:
  • Per capita flow 🌊
  • Average sediment concentration 🏖️
  • Average dissolved pollutant concentrations 🧪
  • Average potency factors 📊
  • Multiplying factors 🔄
• 🔍 More details in the Trade and Waste Water Events section.

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🏭 3. Trade Waste Inputs:

• Trade Waste Profiles: Represent inflows from places like industrial premises.

• Data Needs:

  • Average sediment concentration 🏖️
  • Average dissolved pollutant concentrations 🧪
  • Average potency factors 📊
  • Multiplying factors 🔄

• 🔍 More details in the Trade and Waste Water Events section.

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🎯 4. Point Pollutant Inflows:

• Pollutographs: These are specific inputs into the system, used along with inflow or level events.
• Flexibility: Pollutographs offer more adaptability than regular wastewater events.
• Usage: Model irregular pollutant inputs, such as weekly industrial tank flushes.
• Content:
  • Sediment fraction 🏖️
  • Dissolved pollutant 🧪
  • Pollutant attached to sediment 🪨
  • Detrital pollutant 🍂

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🏞️ 5. Sediment Fractions:

• Description: Model two separate sediment fractions - Sediment Fraction 1 (SF1) and Sediment Fraction 2 (SF2).

• Parameters:

  • D50: Average sediment particle size 📏 (default: 0.04mm)
  • Specific Gravity: Sediment density 🏋️ (default: 1.7)

• 🔍 More details in the Sediment section.

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🌌 6. Conservative Determinants:

• Modeling: Determinants are viewed as conservative, unless decay parameters are specified.
• Interaction: These determinants don't interact with other variables and remain stable over time.

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Explore these inflow sources to get the most accurate and comprehensive understanding of your model! 🌊🔍🌍.