Passenger Vessel Ferry
Passenger Vessel Ferry for sale | 12.00m (39'4") | 2013 | 2x 15hp | Steel Construction | semi-displacement underwater profile | Boat REF# 222502
Contact the Broker
- Contact John Stokes
- Telephone +44 (0)7773 897766
- Email email@example.com
|Designer||Bristol Hydrogen Boats|
|Builder||Bristol Hydrogen Boats|
Discounts available from our Preferred Partners
|Fuel capacity||350.0 ltr (77.0 G) Total - 4 Tanks|
|Water capacity||100.0 ltr (22.0 G) Total - 1 Tanks|
|Holding tank capacity||150.0 ltr (33.0 G) Total - 1 Tanks|
|Engine||2 x 15hp|
|Engine make and model||2 x 48 volt electric motors (2013)|
|Engine Hours||Not Recorded|
|Engine Cooled||Air cooled|
|Fuel consumption (approx)||Not Recorded|
|Cruising speed (approx)||6 knots|
|Max speed (approx)||7 knots|
|Draft Max||0.76m (2'6")|
48 volt, 8 batteries charged by: engine Batteries are for emergency "get home" power
Construction10% discount on ultrasonic antifouling
Built in Bristol, this 12m steel hydrogen powered ferry has been operating on Bristol's historic floating harbour. Commissioned by Bristol City Council in 2010 as part of its Green Capital initiatives. Named in February 2012, following a local schools competition, “Hydrogenesis” has been designed and built by Bristol Hydrogen Boats, a local consortium formed by the directors of Bristol Packet Boat Trips, Number Seven Boat Trips and Auriga Energy. Powered by a 12kW fuel cell via two west-country produced permanent magnet DC motors, the ferry carries 12 passengers and two crew.
The fuel cell is a reverse electrolysis process bringing Hydrogen and Oxygen together with a catalyst to create electricity. It was invented by Swansea based lawyer, Sir William Grove in 1839. The first practical working models were developed by Frances Bacon at Cambridge University in 1950s. Further developed by NASA in the 1960s for the manned space missions. Resulting in the technology finally reaching commercial reality in the early 2000s.
Hydrogen is the most abundant element in the Universe and can be generated close to the point of use. Fuel cells offer strong potential for transport to help deliver tangible carbon reductions. As an alternative to petrol and diesel engines, hydrogen fuel cell powered transport impacts significantly less on the environment producing zero emissions: the only waste product is water. This would result in a big reduction in air pollution in addition to reduced noise, if the, technology is widely adopted.
The six-month trial, tested the ferry's performance under seasonal operating conditions to enable environmental and economic benchmarking against conventional diesel powered vessels. Looking forward, work will continue on establishing commercially viable operations including the generation of the hydrogen fuel from local renewable energy projects such as wind, solar, water power and waste recycling.
Main fuel tank 350 bar Carbon wrapped giving 24 hours use plus 3 bottle tanks giving approx 1.5 hours use each
|Heads||1 heads (Electric)|
|Pressurised water system|
0.00m (0'0") of chain
40.00m (131'3") of warp
Safety Equipment10% Discount on courses
2 bilge pumps (1 manual / 1 Electric)