ABSTRACT

Petroleum bioventing is a new technique for the biological in situ removal of petroleum hydrocarbons from soil. This book investigates the composition and the behaviour of petroleum in soil, soil properties and soil processes, their interaction with bacterial processes, possibilities for optimizing the removal of petroleum hydrocarbons from soil by bacteria and it explains the phenomenon of recalcitrance. This interdisciplinary approach forms the basis for both modelling and design principles of bioventing. Key features: Background knowledge on the physical/chemical/biogeochemical properties of soil and soil processes with respect to petroleum bioventing; Background knowledge on petroleum biodegradation and noval approaches to stimulate petroleum biodegradation to stimulate petroleum biodegradation in soil and biofilters; Modelling efforts showing the effect of diffusion and soil porosity on bioventing design and the effect of ventilation quotients on the aeration & biological clean up of soils, particularly heterogeneous soils; New insights into biological removal of priority pollutants from petroleum hydrocarbons, the problem of residual concentrations of petroleum hydrocarbons in soil & the requirements by the Law on Soil Protection.

part 1

Background knowledge

chapter Chapter 1|8 pages

Historical background

chapter Chapter 2|60 pages

Soil, the natural habitat of microbes

chapter Chapter 3|10 pages

Biochemical and biogeochemical soil processes

chapter Chapter 4|21 pages

Petroleum

chapter Chapter 5|22 pages

Bacterial growth on hydrocarbons

chapter Chapter 6|62 pages

Petroleum hydrocarbon biodegradation

chapter Chapter 7|9 pages

Microbial mineralization kinetics

chapter Chapter 8|35 pages

Stimulated petroleum biodegradation

part II|61 pages

Modelling, field experience and design principles

chapter Chapter 9|1 pages

Gas transport

chapter Chapter 10|3 pages

Venting techniques

chapter Chapter 11|11 pages

Site characterization

chapter Chapter 12|19 pages

Modelling bioventing

chapter Chapter 13|6 pages

System design

chapter Chapter 15|5 pages

Case studies: The Breda project

chapter Chapter 16|5 pages

Complying with the law on soil protection