T/LYCY 2032-2022 Plant-microbial interaction soil remediation technology standard
T/LYCY 2032-2022 Plant-microbial interaction soil remediation technology standard
Basic Information
Scope
Scope: This document specifies the basic requirements for the application of the "Plant-Microbe Interaction" technology in ecologically damaged areas, when conducting soil remediation and ecological restoration with the primary goal of restoring vegetation. It covers the corresponding technical application scope, application conditions, detection methods, implementation processes, and other fundamental requirements. This document applies to ecologically damaged environments such as mines, areas of soil erosion, barren lands, saline-alkaline soils, and contaminated soil sites, for soil improvement, restoration, and vegetation ecological recovery using the "Plant-Microbe Interaction" technology; it can also be used to improve soil acidification and heavy metal pollution. Main technical content: 4. Basic provisions 4.1 Classification of technical application scenarios 4.2 Technical application site conditions 4.3 Sampling and detection technical requirements 4.4 Technical implementation processes 5. Requirements for the implementation of soil remediation technology using plant-microbe interaction 6. Preliminary technical measures for the implementation of soil remediation technology using plant-microbe interaction 6.1 Measures for handling non-continuous areas of the remedied soil layer 6.2 Measures for handling insufficient effective carbon sources in the remedied soil layer 6.3 Measures for adjusting the soil pH value in the remedied soil layer 6.4 Temporary irrigation facilities for the remedied site 7. Main contents of the implementation of soil remediation technology using plant-microbe interaction 7.1 Preparation phase 7.2 Laboratory pre-research phase 7.3 Design phase of on-site pilot projects 7.4 On-site pilot phase 7.5 Engineering design phase 7.6 Engineering implementation phase 8. Monitoring and adjustment during the implementation of soil remediation technology using plant-microbe interaction 9. Maintenance and management during the implementation of s