Chloridazone dosage

Chloridazon in agronomy, chloridazon and its metabolites can persist in the environment and contaminate soil, surface water, and groundwater.

Chloridazon testing is essential for measuring residues in food, agricultural and environmental matrices. This monitoring helps ensure compliance with maximum residue limits (MRLs) set by European regulations and ensures consumer safety and farm compliance.

Principle of chloridazone dosage

The analysis is based on high-precision chromatographic techniques, capable of detecting chloridazone and its degradation products at very low concentrations:

• LC-MS/MS (liquid chromatography coupled with tandem mass spectrometry) : reference method for the detection and quantification of herbicide residues in complex matrices such as foodstuffs or water.
• GC-MS (gas chromatography coupled with mass spectrometry) : used for certain matrices or when the compound is volatile or after derivatization.

These approaches guarantee high specificity, excellent sensitivity and reproducibility in line with regulatory requirements.

Industrial and environmental applications

Chloridazone dosage is essential in several sectors:

• Agri-food : control of residues in beet crops and processed products to comply with MRLs and protect public health.
• Agriculture : monitoring the effectiveness of weed control practices and validation that authorized thresholds are not exceeded.
• Environment : detection of contamination in soil, rivers, groundwater and drinking water.
• Regulation and compliance : compliance with European standards relating to food safety and water quality.

Affected matrices

The dosage of chloridazone is adapted to different matrices:

• Agricultural products (beets, associated crops)
• Soils and sediments
• Surface and groundwater
• Foodstuffs and processed products
• Agricultural and industrial effluents

Quality and compliance issues

Chloridazone analysis addresses strategic challenges for manufacturers, laboratories and farmers:

• Health safety : guarantee the compliance of agricultural products with the MRLs set by European regulations.
• Environmental protection : monitor the dispersion and accumulation of the herbicide in ecosystems.
• Authenticity and traceability : demonstrating the quality and conformity of agricultural production.
• Regulatory compliance : meeting the requirements of supervisory authorities and the specifications of customers and distributors.

YesWeLab support

YesWeLab relies on a network of partner laboratories specialized in the analysis of pesticide and herbicide residues. These laboratories are rigorously selected and the majority are certified and accredited (ISO 17025, COFRAC).

Thanks to our digital platform, you benefit from:

• The ability to easily submit your samples online
• Real-time monitoring of your analyses
• Reliable results that comply with international standards
• Support from our scientific team to select the most suitable method (LC-MS/MS or GC-MS) for your needs and matrices

Related analyses

• Determination of pesticide residues (multi-residue)
• Dosage of glyphosate and AMPA
• TOC (total organic carbon) determination