Víz- és talajmentesítés

A PHYTO/ 2024 megjegyzéssablonja

2024-07-05

Hozzászólási sablon a Phytoremediation jelentéshez

Hozzászólási sablon az ISTD számára

2024-07-05

Sablonsablon az In Situ Chemical Oxidation Report (In Situ kémiai oxidációs jelentés) megjegyzéseihez

In-situ Thermal Desorption (ISTD) Draft report

2024-06-01

This report summarizes the latest information on In-situ Thermal Desorption, advantages/disadvantages & ISTD effectiveness and operational control for ISTD application

Phytoremediation Draft Report/ 2024

2024-04-24

This report summarizes the latest information on phytoremediation, that could help the distinct stakeholders such as site owners, surrounding community, project managers, contractors, regulators, and other practitioners to understand all the information emanating from each remediation project

In Situ chemical Reduction Questionnaire

2024-01-01

This questionnaire looks at the input of case studies where IN SITU CHEMICAL REDUCTION were applied in a contaminated site.

Biopile Questionnaire 2024

2024-01-01

This questionnaire looks at the input of case studies where Biopiles were applied in a contaminated site.

Soil Washing (SW) report/ 2022

2023-01-31

This guideline compiles the most recent knowledge on one of the most used remediation technologies, i.e., Soil Washing (SW).

Multi Phase Extraction (MPE) report/ 2022

2022-11-21

This report will focus on a specific type of in situ, on-site technology for site remediation, MPE, compiling the main principles of the technique, discussing its potential and challenges seeking a broader use and, simultaneously, capitalizing on the lessons learned from the field applications.

Talajgőz-elvonási (SVE) jelentés/ 2021

2021-11-08

Ez a jelentés összefoglalja a talajgőz-kivonási (SVE) technológiával, az SVE hatékonyságával, előnyeivel és hátrányaival, valamint az SVE alkalmazásával kapcsolatos legfrissebb információkat.

In Situ Chemical Oxidation (ISCO) report/ 2021

2021-11-08

ISCO is a family of remediation technologies in continuous evolution, which includes many oxidants, often involving a complex chemistry. ISCO could be considered as a aggressive approach. It is often selected as remediation technology when a limited timeframe for the remediation is a key criterion