The Global Carbon Industry!
Carbon dioxide emissions, primarily from the combustion of fossil fuels, have risen dramatically since the start of the industrial revolution. Most of the world’s greenhouse gas emissions come from a relatively small number of countries.
China, the United States, and the nations that make up the European Union are the three largest emitters on an absolute basis. Per capita greenhouse gas emissions are highest in the United States and Russia.
About the Global Carbon Industry
Since the industrial revouloution in the late 1800’s the carbon parts per million (PPM) have been saturating the global atmosphere at an accelating rate. Most of this accelartiobn has occurred post 1960’s , with air travel , car wonership and lectricity generation.
Carbon saturation is not evenly spread throughout the world, there are concentrations with logical association with higher industrial areas, and other hot spots where the air currents direct the accumulation or there is low sequestration in that area on the surface of the planet for example Antarctica.
If there is no change in the world, then here is the trajectory modelled.
The Paris Agreement, building upon the foundations laid by the Kyoto Protocol, brought global attention to the risks humanity faces if decisive climate action is not taken. It outlined the urgent need to slow and eventually reverse the upward trajectory of global greenhouse gas emissions. The objective was clear: reduce the peak of emissions and delay the tipping point long enough for the planet to stabilize on the downward side of the carbon curve. This turning point marked a major shift in how the Global Carbon Industry began shaping policy and project-based solutions worldwide.
Since the Paris Agreement, the Conference of the Parties (COP) has convened annually, reinforcing international climate goals. These COP meetings have led to the unanimous backing of climate systems and mechanisms by over 127 countries. These include frameworks that not only regulate emissions but also promote carbon markets and trading schemes — both central to the evolution of the Global Carbon Industry.
To shift the current emissions trajectory, global climate efforts focus on two core solutions:
- Reducing emissions
- Increase in carbon sequestration.
Reducing emissions involves transitioning to cleaner energy systems and sustainable transportation. This includes the growing adoption of electric vehicles, the reduction of fossil fuel dependency, and the integration of renewable energy sources into national grids. Hop2it contributes to this movement through its innovative Mango Generator Program, and a strategic alliance with 3-Dom, one of the world’s leading lithium battery manufacturers. These efforts align closely with the goals of the Global Carbon Industry, which champions clean technology as a pathway to net-zero targets.
The second approach is increasing sequestration — removing carbon dioxide from the atmosphere and storing it in natural carbon sinks. This is where Hop2it’s core expertise lies. Through projects that avoid deforestation and promote reforestation, Hop2it helps restore degraded lands while providing vital co-benefits such as biodiversity preservation, ecological stability, and the creation of sustainable habitats for flora and fauna. These nature-based solutions not only address climate goals but also reinforce the Global Carbon Industry’s mission to deliver measurable, long-term impact.
By focusing on both technological innovation and nature-based solutions, Hop2it remains a key player in the Global Carbon Industry, delivering actionable climate strategies that meet international standards while empowering communities and protecting ecosystems.
The global aim is best represented by the blow graph.
Hop2it is committed to enacting and helping in the green zone, the more that is saved and the more that is planted the quicker the globe gets to a reducing PPM of carbon in the atmosphere.
The natural ecosystems we promote, save and encourage work in the bigger picture best described by the diagram below.
With enhancement is soil, by way of microbial infusion, the system is like a sports car, and performs more like the diagram below.
Hop2its subsidiary company Australian Liquid fertilisers, specialises in the development and production of these microbes to help plant life to thrive and to allow greater capacity for the plant life to absorb CO2 and generate non harmful nutrients to feed plant life for more growth and ultimately more carbon sequestration per tonnage of tree per annum.
