Our mission is to protect and help Earth thrive! Science has been immensely developed to explore, understand and utilize the things around in order to enhance human life and economy. At Save Mother Earth, science is being harnessed to work in harmony with the earth while fulfilling business intentions.
Transportation sector is the largest contributor of total US greenhouse gas (GHG) emissions in recent years. Globally, approximately 75% of the transport emission comes from road travel by passenger cars, buses and heavy duty freight transport. Aviation accounts for 11.6% of transport emissions and international shipping contributes a similar amount, at 10.6%.
Global CO₂ Emissions from Transport
2018 data from IEA and ICCT. The CO₂ emission from transportation equals 8 billion tonnes of CO2
We focus on reductions in energy-related emissions by our technology on sea. Projections of future emissions by marine transportation are supposed to rise between 50% and 250% due to economic growth. In 2018, International Maritime Organization (IMO) released the target of reducing the carbon intensity of international shipping by at least 40% by 2030 and 70% by 2050, relative to the 2008 baseline. Our new CO₂ hydrogenation reactor are expected to be a game changer for the development of efficient CO₂ capture technologies and utilization for fuels and will play a key role in curbing global warming and climate change in the near future.
Currently, there are no emissions trading systems regulations for the marine industry. Neither is there infrastructure to support and sell the captured CO2. Without a sufficient CO₂ price and public financial support, selling the converted chemical product provides a good and only option of getting compensated for captured CO2.
Our novel technology is cost and space effective -
Cost effective: One-step capture and conversion combined reactor system provides advantage by being cost effective and due to the ease of operation. The technology is a compact, modular, low-cost investment solution. The value added liquid (conversion) product provides additional financial impetus as a fuel and feedstock for chemical commodity.
Space effective: Current technologies being considered for onboard capture (solvent and sorbent based) are expensive, space intensive and requires storage and transport of CO₂ to the final delivery location. Our technology converts gaseous CO₂ into liquid product thus volumetrically tackling the space problem.