Abstractsadmin2025-03-19T15:46:25+02:00 Filter CategoriesAllabstract A Containerized Thermal Treatment System for the Destruction of PFAS in Contaminated Soils Enhanced Dynamic Skimming – A New and Highly Effective Approach to LNAPL Recovery On Site thermal treatment of mercury and pesticide impacted soils from former chlor-alkali plant Thermal desorption combined with soil vapor extraction in Pocatello, Idaho (US) Harnessing Solar Energy for Sustainable In Situ Thermal Desorption of Contaminants with Parabolic Trough Concentrators Innovative Underground Skimming Technology for Efficient LNAPL Recovery: A Case Study from Northern France Thermal Desorption of VHOC Contaminated Soil and Vapor Management at Lucciana, France Novel Sustainability Scoring Method for Soil Remediation Technologies IN SITU THERMAL TREATMENT OF JAPANESE KNOTWEED AquaConSoil Presentations Evaluating Energy Efficiency and Carbon Footprint in Soil Treatment Technologies: the case of In Situ Thermal Desorption Thermal Conductive Heating (TCH) is effective for cleaning emerging contaminants. Is it energy efficient ? Ex-Situ Thermal Desorption of Highly- Impacted Mercury Soils in an Urban Area On Site thermal treatment of mercury and pesticide impacted soils from former chlor-alkali plant A Containerized Thermal Treatment System for the Destruction of PFAS in Contaminated Soils
Filter CategoriesAllabstract A Containerized Thermal Treatment System for the Destruction of PFAS in Contaminated Soils Enhanced Dynamic Skimming – A New and Highly Effective Approach to LNAPL Recovery On Site thermal treatment of mercury and pesticide impacted soils from former chlor-alkali plant Thermal desorption combined with soil vapor extraction in Pocatello, Idaho (US) Harnessing Solar Energy for Sustainable In Situ Thermal Desorption of Contaminants with Parabolic Trough Concentrators Innovative Underground Skimming Technology for Efficient LNAPL Recovery: A Case Study from Northern France Thermal Desorption of VHOC Contaminated Soil and Vapor Management at Lucciana, France Novel Sustainability Scoring Method for Soil Remediation Technologies IN SITU THERMAL TREATMENT OF JAPANESE KNOTWEED AquaConSoil Presentations Evaluating Energy Efficiency and Carbon Footprint in Soil Treatment Technologies: the case of In Situ Thermal Desorption Thermal Conductive Heating (TCH) is effective for cleaning emerging contaminants. Is it energy efficient ? Ex-Situ Thermal Desorption of Highly- Impacted Mercury Soils in an Urban Area On Site thermal treatment of mercury and pesticide impacted soils from former chlor-alkali plant A Containerized Thermal Treatment System for the Destruction of PFAS in Contaminated Soils
