Research data supporting the PhD dissertation: Landfill Response to in-situ Stabilization

<strong>Research data supporting the dissertation Landfill Response to in situ Stabilization</strong> The research data proposed for sharing in a public repository correspond to Chapters 3 to 5 of the dissertation.<br><strong>Chapter 3.</strong> Spatial Variability of Gas Composition and Flow in a Landfill under In Situ AerationThis chapter is based on data from the Braambergen landfill pilot.Datasets to be shared Landfilled waste compositionGas round, March 2020. locations of aeration wells, gas composition, and flowGas generation estimates per compartment using the NV Afvalzorg Multiphase Landfill Gas ModelGas rounds 2017 to 2021. pressure, gas velocity, temperature, and gas compositionInline gas sensor data 2017–2021. flow, pressure, temperature, and gas compositionWater levels, March 2020Carbon removal per compartment 2017 to 2021Temperature data, Silixa Ultima XT DTS, January to August 2020Settlement 2018 to 2020 <strong>Chapter 4.</strong> Comparing Modelled, Recovered, and Generated Carbon in Three Landfill Pilots under In Situ StabilizationThis chapter is based on data from the Braambergen, Wieringermeer, and Kragge landfill pilots.Datasets to be shared Inline gas sensor data 2017 to 2024. atmospheric pressure, gas flow, gas pressure, gas temperature, and gas composition Monthly gas rounds for Kragge 2017 to 2024. gas composition and gas velocitiesLandfilled waste compositionExcavated waste analysis. water content, electrical conductivity, total carbon, total organic carbon, total inorganic carbon, organic matter, hydrogen index, oxygen index, R index, and I indexGas generation under aerobic and anaerobic conditions over time, including experimental data and fitted parameters of exponential decay modelsGas generation estimates using the NV Afvalzorg Multiphase Landfill Gas Model <strong>Chapter 5. </strong>Carbon and Nitrogen Balancing to Identify Processes and Assess Progress of Landfill In Situ StabilizationThis chapter is also based on data from the Braambergen, Wieringermeer, and Kragge landfill pilots.Datasets to be shared Inline gas sensor data 2017 to 2024. atmospheric pressure, gas flow, gas pressure, gas temperature, and gas compositionMonthly gas rounds for Kragge 2017 to 2024. gas composition and gas velocitiesLeachate 2017 to 2024. cumulative volume, ammonium-N, nitrate-N, nitrite-N, total Kjeldahl nitrogen, chloride, bicarbonate, carbonate, dissolved organic carbon, pH, total inorganic carbonExcavated waste analysis. water content, total carbon, total organic carbon, and total nitrogenExperimental data on ammonium adsorption to the solid phase in excavated wasteGas generation estimates using the NV Afvalzorg Multiphase Landfill Gas Model <br>