Health Risk Assesment Course

The health risk assessment are vital to protect the workers in the workplace, especially in industries. The risk assessment course will provide the industries with all the skills they need to comply with the law. Based on Safety and Occupational Health constitution, business owners must  provide the safety and occupational health benefits are needed in the workplace, in order to control to create safe, efficient and productive work.

Case Study:

  • Health Risk Management Concept, especially in Industrial Hygiene (IH) for environmental and Occupational Health (OH) for human.
  • Indentify The Hazard.

Who can join this course?

  • Doctors and health practitioners

What is the methode of study?

  • Theories.
  • Case Study (Sharing).
  • Interactive Discuss

How long does the course take place?

  • 1 week : (concept, case study and sertification test)

Health Risk Assesment Service

a) Industrial Hygiene (IH) Service (Working Area Assesment)

Almost all fields of work have risks that contain health problems for their workers. It’s just that you are still actively working, but it also causes them to no longer do the work. Usually, the problem of interference caused by new work activities will be seen after people quit their jobs in the near or long term. Therefore there is a need for a system that can remove the challenge. Working Area Assesment Programme is one of the programme offered by Occupational and Environmental Health Research Center Cluster in IMERI FK UI to the industrial world to find alternative solution in workers health in industrial problems. WAS Program is a study that is Preventive and carried out comprehensively on the Improvement of Employee Occupational Health Programs, that’s implemented by the Industry to improve more productive working conditions.

Case Study:

  • Making indentification of sources of exposure material of chemistry, physics and microbiology sourced from activities in the workplace.
  • Knowing and understanding air quality from the work environment of chemiscals and microbiology and physics factors, both qualitative and quantitavely.
  • Knowing and understanding light quality from work environment
  • The data is used as the basic material to make a industry system improvement.

Health Risk Assesment Course

Who is our target?

  • Industries and their workers.

What is the method of study?

  • Grab Sampling

1Confined Spase Gas AnalyzerBW TechnologiesTo measure the composition44 and effect of gas whether the gas is harmful or not inhaled for health
2Lux meterB. Hagner AB/EC1/55412To measure light intensity in the room
3Particulate MonitorKanomax/3521/170493To measure dust particles in the air
4Noise Dosimeter3M/AC-30 Acoustic Clibrator/AC300008014To measure the level of noise experienced by workers during the shift
5Personal Heat Stress3M/QuestTemp II/JUP080004To measure work climate with WBGT / ISBB parameters
6Air Velocity Meter (Anemometer)TSI/5725To measure air / wind speed
7Particle CounterTSI – PTRAKTM/8525/09160002To detect particles with a micrometer size and very effective as filter detection, find gasket leaks, and also other pollutants
8Indoor Air Quality MeterTSI-QTRAKTM/7575-X/1634008Measure the air quality in the room

How long does the study take place?

  • 1 day

Health Risk Assesment Service

b) Occupational Health (OH) Service (Biomonitoring for Workers)

OEHRC lab is one of the laboratories in IMERI FK UI, which has a main focus in the field of analytical services that focus on industrial hygiene and biomonitoring, food safety, and validation method for product development. In addition, we are supported by competent and highly experienced human resources in the field. OEHRC Lab has the support of sophisticated laboratory equipment / instrumentation, to answer the challenges of the need for Laboratory Analysis Services in Indonesia. OEHRC lab also has networks with fellow similar laboratories in the country, both managed by national / international private companies, as well as research institutes of research institutions and universities.

Case Study:

  • Identify the amount of exposure to a dangerous chemical and metal in urine, blood and plasma, using GCMS and AAS.

Health Risk Assesment Service

What are we analyzing?

  • Environment (air, soil, and water) and and the human (blood/urine/plasma).

GC-MSShimadzu / QP-2020• Organic volatile analysis in urine and blood
• Pesticide compounds analysis in urine, blood and plasma
• Cotinine compound analysis in urine and blood
• Benzene toluene xylene (BTX) compound analysis in urine and blood
• Organic compounds in natural resources, food, cosmetic, drug, and biofuel.
GF-AASAgilent/ GTA 120 -200AA• Metal analysis, such as: Cadmium (Cd), Tin (Sn), Copper (Cu), Lead (Pb), Cromium (Cr), Silver (Ag), Zink (Zn), Iron (Fe) in blood, urine and plasma.
Cold Vapor-AASAgilent/ VGA 77-200AA• Metal analysis, such as mercury (Hg) dan Arsenic (As) in blood, urine and plasma.

How long does the analysis take?

Max. 3 days