The atmospheric methane burden is increasing rapidly, contrary to pathways compatible
with the goals of the 2015 United Nations Framework Convention on Climate Change Paris …

Volatile organic compounds (VOCs) emitted to the environment highly probably result in
ecological and health risks. Many biotechnologies for waste gases containing hydrophobic …

The global intensification of livestock production resulted in potentially higher emissions of
ammonia, odour, particulate matter (PM) and greenhouse gases (nitrous oxide and …

There is actually a common consensus in using biological technologies for the treatment of
organic wastes. For instance, composting is used for aerobic biological stabilisation of …

The use of biological reactors to remove volatile organic compounds (VOCs) from waste gas
streams has proven to be a cost-effective and sustainable technique. However, hydrophobic …

Mitigation of landfill gases has gained the utmost importance in recent years due to the
increase in methane (CH 4) emissions from landfills worldwide. This, in turn, can contribute …

The physical/chemical abatement of gas pollutants creates many technical problems, is
costly and entails significant environmental impacts. Biological purification of off-gases is a …

The livestock and poultry production industry, regulatory agencies, and researchers lack a
current, science-based guide and data base for evaluation of air quality mitigation …

Mass transfer and kinetic limitations are two obstacles to the removal of a pollutant from the
gas phase in a biofilter (BF) or a biotrickling filter (BTF). The issue becomes more …

The on-going annual increase in global methane (CH 4) emissions can be largely attributed
to anthropogenic activities. However, as more than half of these emissions are diffuse and …