Silvicultural Sector
The Silvicultural Sector develops forestry related projects. We aim to reverse the increasing trend of deforestation that is a major cause of carbon emissions - by mass reforestation. If we are to grow new forests on a vast scale to help sequester carbon from natural photosynthesis, it is essential that we use Silviculture, the science of trees.

Marine Sector
The aquatic world can be sub divided into fresh water environments and salt water habitats like brine and the sea. The science of the sea can be defined as mariculture whilst the terminology for fresh water is best described as aquaculture. Where intergrated plant and animal systems co-exist, this is known as polyculture.

Geological Sector
The Geological Sector uses sequestration technologies to remove carbon dioxide from the atmosphere by its capture and permanent storage underground. We store the carbon underground in depleted oil wells, disused mines, exhausted gas fields, porous rock formations and saline aquifers.

Terrestrial Sector
The Terrestrial Sector develops technologies for regenerating previously unusable land. We reclaim arid and semi-arid desert areas to absorb carbon and bring the land back into economic production. By selectively choosing plants with valuable by-products this enables the land to be put to greater economical use.

Energy Sector
The Alternative Energy sector develops renewable energy sources that reduce our reliance on fossil fuels. We develop zero emission solutions as well as develop the sustainable use of biomass. We also develop catalytic technologies to reduce emissions in cars, planes and ships.

Financial Sector
Carbon Finance harnesses the activities from C-Questor’s Silvicultural, Aquacultural, Geological, Terrestrial and Alternative Energy sectors resulting in the creation of Carbon Credits. Carbon credits were created under the Kyoto Protocol and can be traded on carbon exchanges throughout the world.

Transport Sector
The Transport Sector will combat the emissions of GHGs from transport systems including cars, planes, ships, trains and trucks. In particular, the Company initially intends to focus on the amount of GHGs produced by shipping.

Infrastructure Sector
The Infrastructure Sector looks at the integrated factors affecting societal production of GHGs and their contribution to climate change.

Home Sector
The home environment is responsible for a significant proportion of the annual production of GHG emissions into the atmosphere from cooking, heating, lighting and cooling systems. There are many ways in which these household emissions can be reduced, including enhanced insulation, home micro-generators and residential communal heating and cooling systems. The Company examines these possibilities through the operations of the Home Sector.

Environmental Sector
One of the effects of global warming is that permafrost is melting, releasing vast amounts of methane into the atmosphere. Methane is approximately 21 times worse than carbon dioxide as a GHG (in terms of radiative forcing). Other sources of methane are peat bogs, coal mines and landfill sites. The Environmental Sector is primarily orientated to addressing the existing concentration of GHGs in the atmosphere as well as preventing new additions to the world’s GHG emissions.

Consultancy Sector
The Consultancy Sector is designed to enable the company to maximise the expertise of the employees and the Scientific Advisory Board. The individuals within the company and the Scientific Advisory Board are contracted to provide advice, on a paid-for consultancy basis, to third parties combating global warming.

Nanbiotech Sector
Nanbiotech may be a word that many people are unfamiliar with, but the Directors believe that it will become a more common part of everyday language in the years to come in much the same way as biotech and nanotechnology have entered into the public consciousness. Nanotechnology relates to technology on an atomic or molecular scale, concerned with dimensions of less than 100 nanometres. Biotechnology on the other hand relates to the exploitation of biological processes, and in particular, micro-organisms, for industrial and other purposes. At the interface where these two technologies meet (which C-Questor calls “nanbiotech”) the Directors believe there may be innovations which are of use in the fight against global warming. The aim of the Nanbiotech Sector is to identify such innovations and commercialise them.