FORD V10 hydrogen-burning engine
#1
FORD V10 hydrogen-burning engine
Seen a ford V10 hydrogen-burning engine today used in a minibus econoline looking bus..I looked under the hood and it was a v10 6.8 in it.. now is this the same engine like the ones in the ex?? they sure look similar.. but they dont use gas... wish i had a camera... can this be a possible alternative engine for us ex owners?? heres what it looked like YouTube - Spotted...Ford Bus Hydrogen Fuel V10
here is some specs i found on the engine..on one website is said it can be mounted in direct replacement of the gas powered v10's hummm..
Technical Specifications
Type: 6.8L SOHC V-10
Manufacturing Location: Engine Manufacturing Development Operations, Beech Daly Technical Center, Dearborn Heights, Mich.
Configuration: 90-degree V-10, cast iron block and aluminum heads with hardened seats
Intake Manifold: Aluminum
Supercharger: 3.3L/rev, twin screw compressor
Exhaust Manifold: Cast stainless steel
Crankshaft: Forged steel
Redline: 5,000 rpm
Throttle Body: Twin 60 mm, electronic
Valvetrain: Hydraulic lash adjusters with roller followers, 2 valves per cylinder
Valve Diameter: Intake: 42.5 mm Exhaust: 34.0 mm
Pistons: High temperature forged aluminum alloy with low-friction coated skirts, ultra low oil consumption piston rings
Connecting Rods: Forged steel
Ignition: Coil -on Plug coils, 9.5 AMP, Iridium tipped spark plugs
Bore x Stroke: 3.55 x 4.16 in / 90.2 x 105.8 mm
Displacement: 415 cu in / 6,751 cc
Compression Ratio: 9.4:1
Horsepower: 235 @ 4000 rpm
Horsepower per Liter: 34.5
Peak Boost: 18-20 psi
Torque: 310 lb-ft @ 3000 rpm
Recommended Fuel: Hydrogen
Fuel Injection: Sequential multiport fuel injection
Oil Capacity: 6 quarts, with filter
Recommended Oil: Castrol Synthetic, 5W-20
here is some specs i found on the engine..on one website is said it can be mounted in direct replacement of the gas powered v10's hummm..
Technical Specifications
Type: 6.8L SOHC V-10
Manufacturing Location: Engine Manufacturing Development Operations, Beech Daly Technical Center, Dearborn Heights, Mich.
Configuration: 90-degree V-10, cast iron block and aluminum heads with hardened seats
Intake Manifold: Aluminum
Supercharger: 3.3L/rev, twin screw compressor
Exhaust Manifold: Cast stainless steel
Crankshaft: Forged steel
Redline: 5,000 rpm
Throttle Body: Twin 60 mm, electronic
Valvetrain: Hydraulic lash adjusters with roller followers, 2 valves per cylinder
Valve Diameter: Intake: 42.5 mm Exhaust: 34.0 mm
Pistons: High temperature forged aluminum alloy with low-friction coated skirts, ultra low oil consumption piston rings
Connecting Rods: Forged steel
Ignition: Coil -on Plug coils, 9.5 AMP, Iridium tipped spark plugs
Bore x Stroke: 3.55 x 4.16 in / 90.2 x 105.8 mm
Displacement: 415 cu in / 6,751 cc
Compression Ratio: 9.4:1
Horsepower: 235 @ 4000 rpm
Horsepower per Liter: 34.5
Peak Boost: 18-20 psi
Torque: 310 lb-ft @ 3000 rpm
Recommended Fuel: Hydrogen
Fuel Injection: Sequential multiport fuel injection
Oil Capacity: 6 quarts, with filter
Recommended Oil: Castrol Synthetic, 5W-20
#2
Videos on Ford V10 Hydrogen
MiniBus
YouTube - Spotted...Ford Bus Hydrogen Fuel V10
F-250 Concept Super Chief
YouTube - Ford F250 Superchief Concept
MiniBus
YouTube - Spotted...Ford Bus Hydrogen Fuel V10
F-250 Concept Super Chief
YouTube - Ford F250 Superchief Concept
#3
#5
18-20PSI and that little power? Ford dropped the ball somehow I think lol. Thats REDICULOUSLY low power for that kind of boost. If the regular 2V V10 was built to hold that kind of boost, it would make 7-800HP all day. Hydrogen must need to burn extremely lean compared to the typical gasoline engine.
#6
#7
The hydrogen powered 2 valve - V10 is very different then it’s gas version. I had the opportunity to talk with the prototype engine calibrators on this project. I was also interested if this engine could run on gas but the modifications to de-rate the engine components and calibrations were extensive.
As you may know straight pure hydrogen has a much lower energy / unit volume then gasoline. Like others on this string have mentioned, this is the reason for the supercharger, forged steel crank and rods. But they sill needed to up the CR and the boost pressure just to get a realistic performance level out put.
The calibrators said if we ran gasoline through this engine it would blow the forged steel connecting rods right out the bottom. Too much energy in gasoline.
As you may know straight pure hydrogen has a much lower energy / unit volume then gasoline. Like others on this string have mentioned, this is the reason for the supercharger, forged steel crank and rods. But they sill needed to up the CR and the boost pressure just to get a realistic performance level out put.
The calibrators said if we ran gasoline through this engine it would blow the forged steel connecting rods right out the bottom. Too much energy in gasoline.
Trending Topics
#8
That's the problem. A funny looking Austrian scientist said some time ago that E=MC(2) as a basic law of physics down here on Planet Earth. That means it takes ENERGY to move MASS. Sad fact is there is NOTHING that can store as much energy as effectively as gasoline.
Sure electric cars are nice. Plug em in, charge em up, and off you go. But not very far for the simple reason , again - listen up to the above post....we cant store energy in anywhere near the volume, in ANYTHING else, as we can in gasoline.
To get hydrogen into a condition by which it can be used as a fuel, takes a TREMENDOUS amount of energy. Then, when we get the hydrogen, how do we store it? Facilities for distributing it ?
Bottom line - as many of us have noted to the "dreamers"...THERE IS NO FREE LUNCH, AND ALL THE GOOD WISHES AND HOPES OF THE BUNNEY HUGGERS WONT CHANGE THE BASIC LAWS OF PHYSICS !
#10
Here are some numbers, not that it seems to matter much...
Hydrogen BTU Comparison Chart
Or, if you don't want to click the link, I can sum it up:
One gallon of hydrogen contains the same energy as just over
a quart of Gasoline, that is Gasoline has about four times the
energy density of hydrogen. Which makes hydrogen kinda sucky to use
as fuel in a vehicle, since you need to carry four times as much and
carry it under pressure, just to go as far as a simple tank of gasoline...
...this of course is on top of hydrogens many other problems,
which will never be "solved"- as they are fundamental rules of physics.
And yes Diesel has a slightly higher energy density than gasoline,
but I am not sure where that fits in this discussion of gasoline vs.
hydrogen.
john
Hydrogen BTU Comparison Chart
Or, if you don't want to click the link, I can sum it up:
One gallon of hydrogen contains the same energy as just over
a quart of Gasoline, that is Gasoline has about four times the
energy density of hydrogen. Which makes hydrogen kinda sucky to use
as fuel in a vehicle, since you need to carry four times as much and
carry it under pressure, just to go as far as a simple tank of gasoline...
...this of course is on top of hydrogens many other problems,
which will never be "solved"- as they are fundamental rules of physics.
And yes Diesel has a slightly higher energy density than gasoline,
but I am not sure where that fits in this discussion of gasoline vs.
hydrogen.
john
#11
Well, you would need new pistons to lower the compression ratio, then it should do just dandy. 9.0-9.5 should make lotsa power and be blower friendly still with the aluminum heads if the heads will stay down that is lol.
#12
#13
Originally Posted by 6686L
Sad fact is there is NOTHING that can store as much energy as effectively as gasoline.
#15
I stand corrected by Monsta. Well..I am tired..so I will sit corrected - he is probablh right - there is probably more..a bit more energy in diesel.
But diesel, as gasoline, comes from dead lizzards ( B - I - G dead lizzards )...and at some time sooner or later, we will run out of the gooey stuff that is left over from dead lizzards. I fear we red-necks have had as much fun with our petro. powered vehicles as we are ever going to have, and the future is going to be more complicated.
This is why I think we should bring back the "way-too-short" mini dress (dosnt ANYONE see the logic in that... ? )
But diesel, as gasoline, comes from dead lizzards ( B - I - G dead lizzards )...and at some time sooner or later, we will run out of the gooey stuff that is left over from dead lizzards. I fear we red-necks have had as much fun with our petro. powered vehicles as we are ever going to have, and the future is going to be more complicated.
This is why I think we should bring back the "way-too-short" mini dress (dosnt ANYONE see the logic in that... ? )