Training Objective:

The training is designed to provide the concepts of sustainable resource management in industrial sector for the better management of water, energy, GHG, material, Waste Water. It will make the trainee capable to meet requirement of international brands as well as local bodies.

Who should attend the training?

This course is appropriate for all level of environment and chemical responsible, energy managers, engineers, chemists, and executives employed in national and multinational companies, chemical laboratories, research and consultancy organizations who are responsible for compliance/quality control/quality assurance/ environmental monitoring and control and other technical jobs. It is also suitable for the fresh graduate who are willing to build their career in chemical and environmental management.

Course Content:

• • Describe the impacts of Energy use and GHG emissions on the environment
  • Explain the business benefits of proper management and reduction of Energy use
  • Demonstrate understanding of energy sources and common energy consuming equipment in manufacturing facilities
  • Describe how a manufacturing facility operations contribute to GHG emissions (i.e. the main GHG gases and their sources)
  • Describe the difference between direct and indirect energy and Scope 1, 2, 3 GHG emissions
  • Describe what is required to establish an energy tracking program (i.e. how energy is measured, and tracked and recorded)
  • Calculate a normalized baseline for energy sources
  • Demonstrate how to convert energy consumption data into GHG emission using the calculation formula
  • Explain how to determine a facility’s most significant sources of energy use (i.e. submetering, professional energy assessment)
  • Set an appropriate target and action plan for energy/GHG improvements
  • Explain what elements are needed for an energy/GHG reduction implementation plan
  • Describe the potential impacts of air emissions on the environment
  • Describe the difference between point source and fugitive emissions and identify common sources of these at manufacturing facilities
  • Describe what information is is required for an air emissions inventory and why it is important
  • Explain how ODS relates to Air/GHG Emissions
  • Explain how ODS how to calculate GHG emissions from ODS using global warming potentials (GWP)
  • Describe what is required to create as inventory of ODS
  • Explain the purpose of Air Emissions regulations/standards and how to determine compliance (i.e. testing, engineering calculations)
  • Describe different testing methods and instrumentation (i.e. Real-time vs physical sampling equipment)
  • Describe how to rack Air Emission and determine mass pollutant discharge rates
  • Explain what elements are needed for an air emission reduction/improvement plan
  • Describe some common air emission abatement/control technologies/equipment
  • Describe the types of wastewater generated and discharged from manufacturing facilities
  • Explain the different between direct and Indirect discharge
  • List and describe the impacts of common Conventional Wastewater parameters on the environment
  • List and describe typical levels of wastewater treatment (Primary, Secondary, Tertiary) and explain what pollutants they remove
  • Describe the basic elements required in a Wastewater Emergency Plan
  • Explain how wastewater quantity and quality is measured
  • Establish basic wastewater quantity and quality tracking programs
  • Calculate a mass emission rate for a pollutant
  • Explain the difference between legal requirements and industry/brand wastewater guidance
  • Describe the actions needed to ensure off-site treatment facilities are complying with applicable regulations/discharge limits
  • Describe the difference between internal and external sampling and their general purpose
  • Describe what is required to ensure the quality of wastewater sampling and analysis data
  • Use a reference wastewater standard to obtain information on discharge limits and required testing methodology
  • Describe what is required to appropriately classify and manage sludge from wastewater treatment facilities
  • Explain the risks of storm water contamination and explain the basic controls needed to prevent storm water contamination
  • Demonstrate an understanding of how to set an improvement plan for wastewater
  • Describe the impacts of industrial water use on the environment
  • Identify common sources of water use at manufacturing facilities
  • Describe the management process required to establish an water use tracking and reduction program
  • Set up a water use tracking system
  • Describe the measurement tools (i.e. water meters)
  • Calculate a normalized baseline for water sources
  • Explain how to determine a facility’s most significant sources of water use (i.e. different Tiers/Levels of submetering, professional water assessment)
  • Explain the basic principles of a water balance
  • Set an appropriate target and action plan for water use reductions
  • Explain what elements are needed for a water use reduction implementation plan
  • Explain some good practices examples for reducing water use.
  • Explain the importance and reason for normalizing water use data to demonstrate year over year reductions

Methodology:

• Lecture
• Discussion
• Group Exercise
• Case Study
• Video Show

Audio-visual Aids:

• White Board
• Flip Chart

Course Fee :

For individual training modules: 9,900/- (Nine Thousand Nine Hundred Taka Only)
For Total Certificate Program (5 training Modules): 39,900/ ( Thirty Nine Thousand Nine Hundred Taka Only )