Green House Gases (GHG) Doctor

Reduce Methane Leakages

US $30 billion worth of methane released into the atmosphere each year. In order to reduce methane emissions we need to cut the use of fossil fuels and control emissions from leaky pipelines and wells. We bring new technologies to help find, and more accurately assess, methane leaking from underground natural gas lines, biogas leakages and other infrastructures. We provide solutions to reduce methane emissions, whilst also providing the enabling conditions to improve the capture and utilisation of emissions where appropriate.

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Reduce Carbon Dioxide

Carbon dioxide is the primary greenhouse gas, responsible for about three-quarters of emissions.  Others include water vapor, methane and nitrous oxide. These gases help keep the Earth warm by absorbing the sun’s energy and by redirecting energy back to the Earth’s surface. Carbon dioxide is essential to the survival of plants and animals. Too much, however, can cause all life on Earth to die. Not only do plants and animals need to ingest carbon dioxide, but they also rely on the gas to keep them warm, as it is an essential component to Earth’s atmosphere.

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Re-cycle Carbon Dioxide

We provide solutions for Recycling CO 2  simultaneously reducing carbon emissions into the atmosphere while generating useful chemicals and fuels. Emissions from Gasified Fossil Fuelled (Coal, Oil, Gas) Power Stations can be Recycled as Clean Fuel CH4 over and over again and eventually eliminated by the New Technology. 

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Monitor New Project Implementation

By using the carbon markets, entities can neutralize, or offset, their emissions by retiring carbon credits generated by projects that are reducing GHG emissions elsewhere. Of course, it is critical to ensure, or verify, that the emission reductions generated by these projects are actually occurring. This is what we do best – to ensure the credibility of emission reduction projects.

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GLOBAL EMISSION IN NUMBERS

SCALING UP ACTION

Aiming for net zero emissions

Fossil fuels account for one third while Agriculture account for two third. Our services focus on these markets. The CO2 Recycling Process is a separate Add-On Process to the existing Power Station Processes. Its Thermodynamic Energy requirements are miniscule compared with existing Power Station Costs. Therefore the Combined Processes save Current Costs of Electricity Production resulting in:
Lower Energy Costs
Clean Electricity and Energy
Dramatically reduced Fossil Fuel Use
Most Probably less Climate Change
No Pollution from CO2 Emissions, Sulphur & Nitrous Emissions
New industries

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Carbon capture, use and storage 

It is an integrated suite of technologies that has a proven 90% capture rate of the CO2 produced from the use of fossil fuels in electricity generation and industrial processes, preventing the CO2 from entering the atmosphere. Looking ahead, scope exists for future CCUS projects to have much improved capture rates, including zero-emissions from coal.

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Methane in Agriculture

Agriculture as a whole produces two-thirds of total emissions. Emissions from cattle and other ruminants are almost as large as those from the fossil fuel industry for methane. We also need to implement new ways of growing and eating food including cows. In South Africa, the agriculture sector’s contribution to GHG is 8% to 9%, with livestock contributing between 5,5% and 6%. Livestock agriculture is the world’s largest user of land resources. In South Africa, about 84% of the land surface area is available for farming, while 13% of that is suitable for arable land, and 71% is suitable only for extensive livestock farming .

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What Others Say

Methane emissions refer to the portions of methane that are released into the atmosphere. Methane is the principal component of natural gas.It is useful in many ways, but it can also be harmful to the environment.

Sources of methane production include wetlands (22%); gas and coal mining or natural gas (19%); enteric fermentation in ruminants (16%); rice cultivation (12%); biomass burning (8%); land fills (6%); and animal waste (5%).

Anna Johnson
CEO @ COOLAPP

The global warming potential of methane is 23 times that of CO2 but its atmospheric lifetime is only 12 years, compared with 100 to 200 years for CO2. methane has a larger effect, the duration of the effect is much shorter

Eric Black
COO @ COOLAPP

If the soil health and nitrogen status are improved by cover crops and organic fertilisers, such as manure, rather than chemical fertiliser, less nitrous oxide will be released. On-farm emissions can also be reduced by using environmentally friendly energy sources such as solar or wind

John Collins
CFO @ COOLAPP

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Our Awesome Team

The most important GHGs and the contribution to total emissions are CO2 (49%), methane (18%) and nitrate gases (6%)

Jabu Madlala

Co-founder & CEO

Entrepreneur


Jane Brown

Co-founder & COO

Researcher


Erika Black 

Marketing Director

Materiologist


Karen Mayer

Creative Director

Environmentalist


230

PROJECTS

75340

WORKED HOURS

25

EMPLOYEES

Latest News

As cattle in South Africa are fattened in feedlots for about 110 days, they produce GHG for only 110 days before being slaughtered.

“For cattle on rangeland or pasture, it requires more than 200 days to finish to the same carcass classification because of the lower-quality feed compared to a feedlot diet

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