Maritime Technology
Our energy solutions are designed to enhance efficiency and reduce the environmental impact of vehicles operating in air, land, and sea. Maritime shipping is the primary mode of trade, and naval presence is essential for military operations. However, this contributes significantly to air pollution from carbon dioxide, sulfur, nitrogen oxides, as well as water pollution from oil and sewage discharge. We aim to alleviate environmental effects by utilizing clean-burning fuels and integrated drone technology to support human operations.
Commercial Travel
Naval Drones
Changing the Tides of Ocean Travel
The International Maritime Organization (IMO) has set ambitious goals to curb pollution from international shipping, aiming for a 40% reduction in carbon dioxide emissions by 2030 and a 70% by 2050, alongside a 50% decrease in all greenhouse gas emissions by 2050. One of the most promising solutions to achieve these targets is the use of hydrogen fuel, which provides the highest energy content per mass and serves as a low-carbon, low-emission alternative. However challenges persist, including high fuel costs and issues related to production and storage, with some methods producing carbon emissions similar to those of conventional chemical fuels.
Hydrogen Power
By harnessing Low Energy Nuclear Reaction (LENR) with our Micro Induction Generators (M.I.G.s), we generate clean energy onboard and store it in our exclusive Nano Solid State Batteries (NSBs). Additionally, we manufacture scalable onboard hydrogen gensets. These energy solutions are dependable, efficient, and environmentally friendly, significantly increasing durability, operational time, and safety.
Armor
Sea travel can involve risks, especially during military operations. Our armor lamination system is engineered to resist up to .50 caliber, guaranteeing exceptionally safe voyages across the seas.
Drone Integration
Although the human element will always play a role in maritime travel, sewage and waste significantly contribute to ocean pollution. By utilizing our drone technology, we aim to reduce both waste and human error in shipping and naval travel.
Wharton Technologies has achieved significant advancements in the production, storage, efficiency, and cost-effectiveness of hydrogen fuels. Our H2 Gensets generate clean-burning fuel demand with zero environmental impact. They can be tailored to fit the requirements of any vessel, from local ferries to the largest container ships. Additionally, our storage solutions are both safe and scalable, enhancing consistency, lowering long-term refueling expenses, and surpassing the IMO's emission and carbon targets.
Documentation and Proprietary Information
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