Aquatic Plants Critical Element Determination

Aquatic plants are an important part of the water ecosystem. Aquatic plants mainly include aquatic vascular plants and higher algae, which are divided into four types, such as water-holding, floating, floating leaves, and submerged water.

The chemical composition and content of aquatic plants directly affect the intake of aquatic animal nutrition. The changes in population composition, population change, biomass, and community structure and function of aquatic organisms are important indicators to reflect the degree of eutrophication in the lake. Various biological indicators, especially chlorophyll amount, primary productivity, various indicator organisms, and biological indices are the key to evaluate and predict the eutrophication status of the lake.

Aquatic Plants Application Status

The treatment and remediation methods of polluted water bodies mainly include chemical, physical and biological methods, etc. The physical and chemical methods are more costly and less effective. The use of aquatic plants for sewage purification is a new ecological engineering technology, through the cultivation of aquatic plants, the use of aquatic plant roots and stems and leaves on the absorption of heavy metals, transformation, enrichment, and other functions can reduce the concentration of pollutants in the water body.

The purification process of aquatic plants for pollutants

• Degradation
• Adsorption
• Absorption
• Enrichment

In comparison, the biological method of ecological restoration using aquatic plants has the advantages of low treatment cost, low energy consumption, environmental protection, and aesthetic, no secondary pollution.

Our Solution

Projects	Details
Determination of key elements (Zn, Cu, Fe, Mn, Ca, Pb, Mg, iodine) in aquatic plants	Determination of inorganic elements Determination of iodine in aquatic plant samples by ICP-MS
Determination and analysis of vitamins and organotin compounds (OTCs) in aquatic plants	Determination of vitamins Determination of OTCs in aquatic plant samples by GC-MS
Determination of aquatic plant production	Direct determination of aquatic plant biomass by Leaf marking technique and Allen curve method
Determination of nutrient content of aquatic plants	Ash content measurement Total nitrogen content measurement Total phosphorus content measurement Total potassium content measurement Determination of protein content Determination of crude fiber Determination of carotene
Phytoplankton	Calculation of qualitative, quantitative, biomass, and diversity indices of phytoplankton Determination of phytoplankton chlorophyll
Determination of atrazine residues	The samples were extracted by shaking with a petroleum ether-dichloromethane mixture and cleaned up by a magnesium silica sorbent chromatographic column, and then the residues of atrazine in aquatic plants were detected by GC-electron capture detector.

Key Advantages

• The company has set up a professional R&D team to overcome technical difficulties and ensure the accuracy and speed of the experimental results, as well as the detailed and highly informative reports.
• For the differences of different samples, the technical service content is tailored to different categories and levels depending on the project.
• After the project is delivered, if the customer encounters technical problems that cannot be solved, the company will assign professional and technical personnel to assist customers around the clock to solve the problem.

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For research use only, not intended for any clinical use.

Related Solutions

• Aquatic Plants Diversity Conservation
• Detection of Water Environment
• Water Ecology Program Optimization and Design