Environmental Soil and Water Chemistry

  • Environmental Soil and Water Chemistry
  • Malaysia - Kuala lumpur

Environmental Soil and Water Chemistry

Course Category : Engineering

This programme provides an advanced scientific understanding of soil and water chemistry, enabling professionals to analyse environmental processes that influence agriculture, resource management, and human health
Duration5 Days
Advanced Level.

Starts On

31 - May - 2026

Ends On

4 - June - 2026

Location

Malaysia - Kuala lumpur

Language

English

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View Course Introductory PDF

Targeted Audience

  • Chemical Engineers
  • Petrochemical Engineers
  • Plant Engineers
  • Process Control Engineers
  • Environmental and Sustainability Specialists
  • Water Resource Professionals
  • Environmental and Agricultural Laboratory Staff

Targeted Skills

  • Analysis of soil chemical reactions
  • Understanding soil physical and chemical properties
  • Interpretation of soil testing results
  • Evaluation of environmental water chemistry
  • Hydrological cycle analysis
  • Linking environmental chemistry with health and agriculture
  • Application of remediation principles

Expected Outcomes

  • Develop advanced scientific knowledge of soil and water chemistry.
  • Analyse chemical processes affecting soil fertility.
  • Professionally interpret soil and water testing results.
  • Evaluate environmental pollutants and their impacts.
  • Apply soil and water remediation strategies.

Training Topics Index

  • Fundamental chemistry concepts related to soils
  • Redox reactions and soil chemistry
  • Soil chemical structure
  • Biogeochemical cycles

  • Soil formation and weathering
  • Soil classification and properties
  • Physical and chemical characteristics
  • Soil–plant relationships

  • Standard soil testing methods
  • Cation Exchange Capacity (CEC)
  • Soil ions and nutrients
  • Interpretation of analytical results

  • Agricultural soil fertility
  • Organic and inorganic pollutants
  • Environmental and health impacts
  • Soil remediation techniques

  • Chemical and physical properties of water
  • Hydrological cycle analysis
  • Drinking water chemistry
  • Water quality testing