Applications in Agriculture

Applications in Agriculture

Agriculture is the science and art of cultivation on soil and the rearing of livestock, and is the most important sector of the Sri Lankan economy. Although Sri Lanka is a fertile tropical land with the potential for the cultivation and processing of a variety of crops, issues such as productivity and profitability hamper the growth of the sector. At SLINTEC Analytical Services, we can provide a quantitative analysis of the elements present in the agricultural products, fertilizers and soils. We are also capable of the characterization of agricultural crops, soils and fertilizers. Some agricultural applications that are possible to be carried out at the SLINTEC premises using the equipment available for analysis are given below.

  • To study agricultural products in the nanoscale level
  • To study the ultrastructure of microorganisms that affect important crops

  • To analyse surface properties and visualization of nanostructured sensors, nanostructured packaging materials, bacteria surfaces, protein thin films etc. associated with agriculture at atomic level

  • Analysis of soil samples, fertilizers, agricultural products etc. to detect trace elements (below ppb levels)
  • Heavy metal analysis in water samples

  • To observe the pollen morphology and stomatal structure of different plants
  • To study the ultrastructure of fungi and bacteria that affect important crops
  • Examination of natural plant fibres such as cotton and banana fibres
  • To study the plant, fungal and bacterial interactions that affect commercial crops
  • Elemental mapping and analysis of interested regions of specimens of agricultural samples using EDX

  • Analysis of agricultural products to determine quality (seeds/fibres etc.)
  • Study of structural components of agricultural materials, microorganisms that affect agricultural practices, soil samples etc.

  • Determination of the amount of weight change of agricultural residues, products, wastes and biomasses as a function of controlled temperature, in an atmosphere of high purity nitrogen or compressed air

  • Thermal evaluation of agricultural residues, products, wastes and biomasses to yield information on glass transition temperature, protein denaturation etc.

  • Determination of the amount of weight change of agricultural residues, products, wastes and biomasses as a function of controlled temperature, in an atmosphere of high purity nitrogen or compressed air

  • Analysis of soil samples, fertilizers, agricultural products etc. to detect trace elements (below ppb levels)
  • Heavy metal analysis in water samples

  • Identification of varieties of commercially valuable seeds such as wheat based on the FTIR signals obtained relating to the protein, fat, carbohydrate and moisture content 
  • Analysis of agricultural soil samples

  • Structural analysis, safety control and classification of crops, fruits and vegetables
  • Detection of adulteration

  • Analysis of soil samples, water samples, fertilizers, agricultural products etc. to detect trace elements (in ppm levels)

  • Determination of phosphorous content in soils, crops, fertilisers etc.

  • Analysis of fertilizers and soils

  • Non-destructive and qualitative elemental composition analysis of soil, seed and fertilizers etc.

  • Elemental mapping and analysis of interested regions of specimens of agricultural samples

  • Particle size analysis of fertilizers and soils

Determination of C, H, N and S content

  • Analysis of Nitrogen content in agricultural samples

  • Surface chemical composition analysis of agricultural samples