Site Investigation and Risk Assessment:
一、The company has the following advantages:
1、 Many professionals;
2、 There are many talents who have site environmental investigations, risk assessments, and remediation knowledge and experience;
3、 Basic materials are basically complete;
4、 Contaminated site monitoring, evaluation, treatment, restoration technology and advanced equipment;
二、Checkpoints:
Investigation and risk assessment procedures:
Stage | Points |
Investigation stage | The scope of the investigation is reasonable |
Completeness of data collection | |
Scientific location of sampling location | |
Scientific setting of sampling depth setting | |
On-site sample collection process specification | |
Investigation stage | The completeness of hydrogeological data |
Test item selection comprehensiveness | |
Laboratory testing normative | |
Science of statistical characterization of test data | |
Risk assessment stage | The rationality of the conceptual model |
The normative choice of parameters | |
The scientific nature of risk characterization | |
Rationality of uncertainty analysis | |
Scientific determination of risk control values | |
Submit work results | The completeness of the relevant report |
Integrity of drawings | |
Integrity of attachment materials | |
summary | The standardization of the investigation and evaluation process |
Integrity of relevant materials | |
The scientific credibility of the conclusion |
Contaminated site remediation consultation and treatment
Provide customers with site-wide environmental investigation, on-site sampling monitoring, risk assessment, restoration program preparation, environmental supervision and other contaminated site repair process of the entire process of technical advisory services.
▲Site environment survey
Based on the characteristics of the site and the characteristics of the pollutants, a survey of pollutant concentration and spatial distribution was conducted to provide a basis for the site's environmental management.
▲Risk assessment
Through the identification of hazards, exposure assessment, toxicity assessment, risk characterization, and determination of risk control values for contaminated sites, different exposure routes for contaminants entering the human body in contaminated soil and groundwater are analyzed. Quantitatively estimate the probability of carcinogenic pollutants causing harm to human health or the level of harm caused by non-carcinogenic pollutants.
▲Repair program preparation
Through the analysis of site conditions and pollutant characteristics, we will select repair modes, analyze practical repair technologies, evaluate the feasibility of repair technologies, determine repair technologies, and formulate repair technology plans.