watertap3-model-input-data-for-nawis-eight-source-water-baseline-analyses

The National Renewable Energy Laboratory in the US specializes in the research and development of renewable energy, energy efficiency, energy systems integration, and sustainable transportation.

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National Renewable Energy Laboratory (NREL)

Detailed description of data in this submission

.ReadME.txt

This file contains cost data for the chlorination unit process in WaterTAP3 that is used to calculate the capital costs based on the water flow rate and chlorine dose required. The data comes directly from the User’s Manual for Integrated Treatment Train Toolbox - Potable Reuse (IT3PR) Version 2.0. For more information see the provided ReadME file.

Chlorination Cost.csv

This file provides the inputs for unit process models that are considered zeroth order, meaning the most basic representation type of a unit process, with cost curves as a function of flow. For more information see the provided ReadME file.

Basic Unit Cost Curves and Energy Intensities.csv

This file contains cost curves for a range of chemicals, which can be used in a generic “chemical addition” unit process in WaterTAP3. For more information see the provided ReadME file.

Chemical Addition Cost Curves.csv

This is the data used to get capital cost curves for the ozone_aop unit in WaterTAP3. The data is taken from User’s Manual for Integrated Treatment Train Toolbox – Potable Reuse (IT3PR) Version 2.0. For more information see the provided ReadME file.

Ozone Cost.csv

This file contains location specific electricity costs used to calculate the electricity costs for each facility and are based on the industrial electricity cost rates reported by the U.S. Energy Information Administration. For more information see the provided ReadME file.

Industrial Electricity Costs 2020.csv

This file contains the inlet water flow rates and constituents for each of facility and source water. For more information see the provided ReadME file.

Case Study Water Sources.csv

This file contains the price data for a range of chemicals and catalysts used to calculate unit-process level chemical and catalyst operating and maintenance costs. For more information see the provided ReadME file.

Chemical Costs.csv

This file contains four types of cost indices for 1990-2050: (1) Capital; (2) Catalysts and Chemicals; (3) Labor, and (4) Consumer Price. These factors are used to account for the time-value of investments and are used in capital and operating cost calculations (see Costing Indices and Factors section of WaterTAP3 documentation for more details). For more information see the provided ReadME file.

Plant Cost Indices.csv

This file contains the key results from a range of EPA water treatment unit model runs, at different flow rates, that were used to create cost curves and any chemical and energy consumption rates for the corresponding unit processes in WaterTAP3. The EPA models can be found at https://www.epa.gov/sdwa/drinking-water-treatment-technology-unit-cost-models. For more information see the provided ReadME file.

EPA Cost Curves.csv

This file contains the foundational technoeconomic assumptions for a given treatment train (facility). This data is discussed in the Financial Basis Inputs and Data Inputs for WaterTAP3 sections of the WaterTAP3 documentation. For more information see the provided ReadME file.

Case Study TEA Basis.csv

This file contains the water recovery, represented as fractions, for each unit process in WaterTAP3. For more information see the provided ReadME file.

Water Recovery Factors.csv

This file describes the design of each treatment train including the connections between unit processes and unique unit-specific parameters associated with each case study. Please see the WaterTAP3 documentation for more details on how the file is used in the model with examples. For more information see the provided ReadME file.

Treatment Train Setup.csv

This file contains default and facility specific constituent removal factors for each unit process. For more information see the provided ReadME file.

Constituent Removal Factors.csv

his file contains interpolated (adjusted) data from User’s Manual for Integrated Treatment Train Toolbox - Potable Reuse (IT3PR) Version 2.0 used to calculate the capital costs of a UV/AOP system as a function of flow, dose, and UV transmittance. For more information see the provided ReadME file.

UV Cost.csv

GitHub containing more details on how to use the data in WaterTAP3 including model documentation.

WaterTAP3 GitHub

WaterTAP3 Model Input Data for NAWI's Eight Source Water Baseline Analyses

watertap3-model-results-for-nawis-baseline-analyses

Text file containing detail description of the data in this submission. Includes file organization framework.

Mining case studies WaterTAP3 model results. Includes baseline results and sensitivities results in CSV format.

Mining Case Studies.zip

Power case studies WaterTAP3 model results. Includes baseline results and sensitivities results in CSV format.

Power Case Studies.zip

Industrial case studies WaterTAP3 model results. Includes baseline results and sensitivities results in CSV format.

Industrial Case Studies.zip

Seawater case studies WaterTAP3 model results. Includes baseline results and sensitivities results in CSV format.

Seawater Case Studies.zip

Agriculture case studies WaterTAP3 model results. Includes baseline results and sensitivities results in CSV format.

Agriculture Case Studies.zip

Municipal case studies WaterTAP3 model results. Includes baseline results and sensitivities results in CSV format.

Municipal Case Studies.zip

Brackish case studies WaterTAP3 model results. Includes baseline results and sensitivities results in CSV format.

Brackish Case Studies.zip

Produced water case studies WaterTAP3 model results. Includes baseline results and sensitivities results in CSV format.

Produced Water Case Studies.zip

WaterTAP3 Model GitHub

WaterTAP3 Model Results for NAWI's Baseline Analyses

annual-average-model-predicted-concentrations-without-and-with-dms-chemistry

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