BIOREMEDIATION: To Solve Oil Sludge, Spill and Waste

BIOREMEDIATION: To Solve Oil Sludge, Spill and Waste

The Luxton Hotel, BANDUNG|March 28-31, 2011 | US$ 990,-/participant

 

Instructor: Ir. Edwan Kardena, Ph.D

Bioremediation is a method that treats the soils and renders them no-hazardous, thus eliminating any future liability that may result from landfill problems or violations.

 

WHAT WILL YOU LEARN FROM THIS COURSE?

If you attending this course, you will learn and make a discussion with Instructor and other participants about:

• Basic Principles of Bioremediation


• Microbial process as the key factor in the bio degradation


• Sophisticated ex-situ and in-situ bioremediation technique for hazardous organic pollutants such as oil sludge, solvent or pesticides (as halogenated compounds).


• Application of bioremediation technique for treatment of industrial waste.


• Selecting appropriate bioremediation technique for certain conditions.


• Waste problem solving in oil and gas industry.


• Newest microorganism species, which is the most effective for bioremediation technology.

 

what will YOU get after attending this course?

After you accomplish this training, we hope you will:

• Get the clearer understanding of bioremediation technique.


• Strengthen your perspective on handling your oil sludge and oil waste problems.


• Improve the capability of your company on environmental protection including immediate action on any oil spill, leak and accidental spillage.

 

WE INVITE:

• Petroleum Engineer


• Environmental Engineer


• Chemistry Engineer


• Production Engineer


• Supervisor and Manager from Oil, Gas and Mining Industry

 

IN THIS IMPROVING TRAINING, YOU WILL LEARN ABOUT:

Introduction

• Bioengineering


• Bioremediation engineering


• Managing Bioremediation Project

Microbial System of Bioremediation

• Microbial metabolism


• Microbiology of bioremediation


• Bioprocess control parameter

Optimizing Microbial Transformation of Hazardous Chemicals

• Aerobic and anaerobic metabolism


• Degradation of petroleum hydrocarbon


• Biodegradation of halogenated compounds

Site Characterization for Bioremediation

• Assessment for Biological Process


• Assessment for In-situ Bioremediation


• Assessment for Ex-situ Bioremediation


• Assessment for Process Control

Ex-situ Bioremediation Technique

• Preparation


• Site Excavation


• Processing


• Monitoring


• Evaluation

In-situ Bioremediation Technique

• Preparation


• Construction


• Monitoring


• Evaluation

Bioremediation of Oil Sludge

• Sludge Characterization


• Biodegradability Test


• Bioremediation Design


• Monitoring & Evaluation

Bioremediation of Other Industrial Organic Pollutant

• Biological Process for Liquid Waste


• Activated Sludge for Oily

 

Schedule, tuition & facilities :

Language : Bahasa Indonesia
Text & Handouts : English & Bahasa Indonesia
Venue : Banana Inn Hotel, BANDUNG

• Date                               :March 28-31, 2011 at The Luxton Hotel, BANDUNG


• Duration                    : 4 days

Facilities :

Three-day registration fee for all Training sessions; Quality Training Material (Hardcopy and Softcopy); Quality Training Kits (Casio Calculator, T-Shirt, etc); Convenient Training Facilities at Four Star Hotel; Refreshment and luncheons, Certificate of Completion, Dinner with entertainment at the cozy restaurant

Registration Fee:

• US$ 990,-/participant


• Exclude accommodation & 10% Tax


• Registration Deadline: March  21,2011

 

OUR INSTRUCTOR

Ir. Edwan Kardena, PhD

He is a leading scientist and engineer in the field of microbial process for bioremediation of organic and toxic chemicals, such as petroleum hydrocarbons and halogenated compounds. He obtained his Ph.D. degree from the University College of Wales in Cardiff, United Kingdom in the field of Environmental Microbiology/Biotechnology in 1995. He is currently known as a lecturer in the Department of Environmental Engineering ITB.

 

For additional course dates and locations, and registration please contact us via form below: