Sunday, December 28, 2014
ENERGY: 2014
ENERGY: 2014
The Future of Ocean Nuclear Synfuel Production
Spent Fuel and the Thorium Solution
Stena Line to Convert Passenger Ferry to a Methanol Fueled Sea Vessel
Naval Research Laboratory Explains their Nuclear Synfuel from Seawater Technology
MIT Floating Nuclear Power Plant Design
Understanding the Fukushima Accident
LAPCAT A2 Hypersonic Hydrogen Fueled Airliner
Spent Fuel Transport & Storage
Wednesday, December 24, 2014
SPACE: 2014
SPACE: 2014
Living and Reproducing on Low Gravity Worlds
Cosmic Radiation and the New Frontier
Lori Garver Questioned Astronauts about NASA's Next Destination?
Utilizing Space Shuttle Main Engines (SSME) for Early SLS Cargo Launches and Commercial Crew Destinations
SLS Fuel Tank Derived Artificial Gravity Habitats, Interplanetary Vehicles, & Fuel Depots
Landing Large Cargos and Crews on the Surface of Mars
Pioneering and Commercial Advantages of Permanent Outpost on the Moon and Mars
An SLS Launched Cargo and Crew Lunar Transportation System Utilizing an ETLV Architecture
Utilizing the SLS to Build a Cis-Lunar Highway

Sunday, December 14, 2014
Tuesday, December 9, 2014
Stena Line to Convert Passenger Ferry to a Methanol Fueled Sea Vessel
Stena Line, one of the largest ferry operators in the world, recently announced that it will convert its 1500 passenger ferry, the Stena Germanica, to methanol propulsion by the year 2015.
In co-operation with Methanex and engine manufacture, Warrtsila, the Stena Germanica will be converted into a methanol powered sea vessel at the Remontova Shipyard in Poland starting in January of 2015. Converting the Stena Germanica to run on methanol fuel is estimated to take six weeks at a cost of $28 million.
The ferry will run the same route as it currently does, between Gothenburg, Sweden and Kiel, Germany. The Stena Line company argues that the use of methanol will reduce the ship's sulphur emissions by 99% and it's nitric oxide emissions by 60%.
Methanol can, of course, be derived from carbon neutral energy sources such as biomass and the synthesis of renewable hydrogen from water with renewable CO2 extracted from the atmosphere or seawater. Enabling ships to be fueled with carbon neutral methanol could eventually eliminate the contribution of greenhouse gasses from large ocean going vessels into the Earth's atmosphere.
References and Links
Stena Line announces world’s first methanol ship
Stena Line in $27.5m world first methanol conversion
MethanolA good alternative for ferries and short sea shipping
The Future of Ocean Nuclear Synfuel Production
The Methanol Alternative: 2012 Methanol Forum
In co-operation with Methanex and engine manufacture, Warrtsila, the Stena Germanica will be converted into a methanol powered sea vessel at the Remontova Shipyard in Poland starting in January of 2015. Converting the Stena Germanica to run on methanol fuel is estimated to take six weeks at a cost of $28 million.
The ferry will run the same route as it currently does, between Gothenburg, Sweden and Kiel, Germany. The Stena Line company argues that the use of methanol will reduce the ship's sulphur emissions by 99% and it's nitric oxide emissions by 60%.
Methanol can, of course, be derived from carbon neutral energy sources such as biomass and the synthesis of renewable hydrogen from water with renewable CO2 extracted from the atmosphere or seawater. Enabling ships to be fueled with carbon neutral methanol could eventually eliminate the contribution of greenhouse gasses from large ocean going vessels into the Earth's atmosphere.
References and Links
Stena Line announces world’s first methanol ship
Stena Line in $27.5m world first methanol conversion
MethanolA good alternative for ferries and short sea shipping
The Future of Ocean Nuclear Synfuel Production
The Methanol Alternative: 2012 Methanol Forum