Hydrogen Fuel Systems pty ltd,

  • Perth, West Australia
  • 0403177183
  • glknox11@live.com

About Us

PATENTED  (2018) Hydrogen Fuel systems   – Background – Hydrogen Generator kits

About Us  hydrogenfuelsystems Hydrogen Generator kits.

Gavan Knox is a professional Physics and Chemistry Teacher in West Australia/ Scientist /  Inventor  / university researcher with 35+ years experience. Gavan is  qualified with a Bachelor of Physics, Engineering, Chemistry, Education (Chemistry/Physics) and is currently studying to complete his Masters in Chemical engineering (metallurgy).  Hydrogen Fuel Systems Pty Ltd specializes in alternative energy systems for use in internal combustion engines.   The aim is to improve the Fuel efficiency, Power output and Torque of an engine as well as reducing the toxic polluting gases produced by internal combustion engines. As a parent of 6 wonderful children, I feel a need  to do my best to help stop global warming  by promoting the use of Hydrogen technology worldwide.  My company has sold a large volume of hydrogen systems worldwide. As more and more people realize the savings that are achieved by using our systems My inventions greater impact  worldwide.  In China My systems are widely accepted and used on transport Vehicles for  their effectiveness in reducing pollution and increasing engine efficiency.

Fuel Savings

anew-gen-15-system-2016        gen-10-in-aluminium-2     toyota    2-mary-jane-trawler

  

CONCLUSIONS

1-This investigation establishes that hydrogen can be utilized in compression ignition engines operating them on dual-fuel principle.
2-Such operation improves Chemical  thermodynamic efficiency, makes the engine run with very lean equivalence ratios, which means very low engine emissions.
3-This operation results in lower exhaust gas temperatures leading to longer live of components such as exhaust valves.
4-Increasing hydrogen volumetric fractions accompanied with injection timing retarding, due to increasing in the flame velocity till the air is completely utilized. Excessive increase in HVF (Hydrogen Fraction) causes knock to appear, and OIT (optimum injection timing) must be retarded sharply, which reduce the bp resulted from engine.
 At optimum HVF  engine knock reduce and therefore Engine  perforance , BHP and efficiency markedly increase.    Introducing Hydrogen increases the CR  (compression ratio) significantly and therefore increases the Brake Horse Power for the Diesel engine (http://www.ijerd.com/paper/vol9-issue3/A09030109.pdf).
5-Knocking in the engine limits the proportion of energy input that can be supplied through hydrogen. The occurrence of knock in this type of hydrogen addition operation may be due to hydrogen rapid rate of pressure rise or flaming particle that is left behind due to bad engine scavenging.
6-When engine was run with hydrogen addition, bp was improved. The effect of hydrogen addition on the power enhancement was both quantitatively and qualitatively by the means of combustion improvement
7.  Further evidence and academic reports are available  by contacting Gavan on 0403177183  and glknox11@live.com

 

 

Using hydrogen injection into a diesel, petrol or LPG fuelled engine results in significant fuel savings, by:

1. Allowing a leaner air/fuel mixture.

2. By more thoroughly burning all the fuel introduced into the engine.

3. By increasing the power output of the engine, increasing the efficiency of the engine thereby reducing the “throttle “ setting required to achieve the engine speed and vehicle speed

4. Ensuring the valves, piston head and cylinder head is free of carbon buildups , which would otherwise interfere with the air/fuel flow in the cylinder and reduce engine efficiency.

5.  Hydrogen gas significantly increases the rate of combustion of the fuel ( due to the incredibly fast flame speed which is  600 times that of diesel and petrol).  Consequently, the entire fuel charge is burnt at or close to top dead centre on the power stroke. Having fuel burn at the bottom or near the bottom of the expansion/ power stroke of an engine, is a pointless procedure.  Consequently more power is delivered by the engine having the fuel charge burn at TDC (Top Dead Centre)  and allowing the expanding gasses to deliver power more efficiently to the engine.

6.  Hydrogen also allows increased compression ratio because of the ability of hydrogen rich gas to prevent knock (high octane).

7. The brake thermal efficiency is greatly improved with the addition of hydrogen, especially at lean conditions.

Cleaner Emissions

Hydrogen Generator kits

– Using Hydrogen injection into the engine the fuel is “ flashed” at a much higher temperature allowing the fuel to burn more completely. A leaner fuel mix ensures a more complete combustion process resulting in less unburnt or partly burnt fuel/ hydrocarbons being passed out the exhaust.

Cleaner Engines

Hydrogen generator Systems

– By having a more thorough combustion process there is less wasted fuel producing buildups / coating on the valves, pistons and cylinder heads. The contaminants of incomplete combustion mean the lubrication fluids remain cleaner and in better condition for engine lubrication.

Gen 20 systems mounted in steel enclosures 32cm x 38cm x 29 cm- ideal engines 8 liter and above

new systems

What Drives Us

Career

As an West Australian Physics and Chemistry teacher /  research Scientist for the past 35 years I have  attained knowledge which I use to develop a alternative fuel system to help reduce the environmental stress on our fragile planet. As a parent of 6 children , I  put my education to use into working  to protect the environment my young family will inherit. I see that reducing pollution due to the incomplete combustion of fossil fuels is a major risk to my childrens planet and lifestyle. Furthermore this pollution problem can be rectified by introducing Hydrogen fuel technology.  Over the past 10 years  my HFS systems are  internationally  accepted and used.   HFS systems will  provide the people of the world with:

a)  a better fuel supply option  ,

b) a safer option,

c) a cleaner option and

d) a cheaper option than indiscriminately burning fossil fuels….

e) a more reliable fuel supply than the petro-chemical industry

f) hydrogen for producing electricity using hydrogen fuel cell technology to improved coal fired generator systems – which use a patent pending innovation involving hydrogen and exhaust gases from burning coal to have  less pollution and more available energy

Contacts Details / Agents and  Operations Managers

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Paul Kendall , Phone - 0437701666, Palmerston, Northern Territory 0830 , paulekendall@hotmail.com

Specialist in Mining, Trawlers, Trucking , Busses , transport. Operations Manager, Darwin / Northern Territory, Australia

Mr Bob Bishop 0467367900 - Fun fried Chicken-man

Specialist in Mining, Trawlers, Trucking , Busses , transport Agent County outback Australia- touring agent

Troy St Clare 0481 33 8769 tstclare@bigpond.com

Specialist in Trucking , Busses , transport Operations Manager NSW Agent Sydney North- +61 0481 33 8769

Mr John Wayland 0414 590 393 johnw@lovells.com.au Lovells Springs Pty Limited

Specialist in Mining, Trawlers, Trucking , Busses , transport Operations Manager Sydney West - +61 (0)414 590 393

Mr Neil Horne 0404617336 trucking Southern suburbs Perth West Australia

Specialist in Trucking , Busses , transport Operations Manager Perth, Southern suburbs , West Australia howies12@bigpond.com

Mr Brian Munro 0438655380 Trucking and mining , Sydney NSW , bmunro66@bigpond.com

Specialist in Mining, Trawlers, Trucking , Busses , transport Operations Manager Sydney international and Australia wide 0438655380

 

REFERENCES:

[1]  P. S. Ranjit & M. Saxena, “A Review on Hydrogen Utilization in Internal Combustion Compression Ignition Engines”, International J of Science Technology & Management, III, (2), 2012.

[2] N. Saravanan, G. Nagarajan, “Experimental Investigation of Hydrogen Port Fuel Injection in Direct Injection Diesel Engine”, International J of Hydrogen Energy, XXXII, pp: 4071-4080, 2007.

[3] B. R. Prasath, E. Leelakrishnan, N. Lokesh, H. Suriyan, E. G. Prakash & K. O. M. Ahmed, “Hydrogen Operated Internal Combustion Engines-A New Generation Fuel”, International J of Emerging Technology and Advanced Engineering, II, (4), pp: 52-57, 2012.

[4] G. Pullagura, K. R. Kumar, P. C. Verma, A. Jaiswal, R. Prakash & S. Murugan, “Experimental Investigation of Hydrogen Enrichment on Performance and Emission Behavior of Compression Ignition Engine”, International J of Engineering Science and Technology (IJEST), IV, (3), pp: 1223-1232, 2012.

[5] S. J. Lee & E. S. Kim, “Combustion Characteristic of Intake Port Injection Type Hydrogen Fueled Engine”, International J of Hydrogen Energy, XX, 1995.

[6] J. D. Naber & D. L. Siebers, “Hydrogen Combustion under Diesel Engine Conditions”, International J of Hydrogen Energy, XXIII, 1998.

[7] D. F. Maki & P. Prabhakaran, “An Experimental Investigation on Performance and Emissions of a Multi Cylinder Diesel Engine Fueled with Hydrogen-Diesel Blends”, World Renewable Energy Congress, Sweden, 2011.

[8] M. Masood, S. N. Mehdi & P. R. Reddy, “Experimental Investigation on a Hydrogen – Diesel Duel Fuel Engine at Different Compression Ratios”, Transactions of ASME, Journal of Engineering for Gas Turbines and Power, CXXIX, pp: 572-578, 2007.

[9] G. A. Karim, “Knock Characteristics of Dual-Fuel Engines Fueled with Hydrogen”, International J of Hydrogen Energy, XX, 1995.

[10]H. A. K. Shahad & N. Abul Hadi, “Experimental Investigation of the Effect of Hydrogen Blending on the Concentration of Pollutants Emitted from a Four Stroke Diesel Engine”, The 7th Jordanian International Mechanical Engineering Conference (JIMEC’7), Amman, Jordan, 2010.

[11]M. Milen & B. Kiril, “Investigation of the Effects of Hydrogen Addition on Performance and Exhaust Emissions of Diesel Engine”, Fisita World Automotive Congress, Spain, 2004.

[12]P. K. Bose, R. Banerjee & M. Deb, “Effect of Hydrogen-Diesel Combustion on the Performance and Combustion Parameters of a Dual Fuelled Diesel Engine”, International J of Energy and Environment, IV, (3), pp: 497-510, 2013.

[13]E. L. Keating, “Applied combustion”, 2nd edition, Taylor & Francis Group, LLC, 2007.

[14]S. M. Abdul Haleem, “Theoretical and Experimental Investigation of Engine Performance and Emissions of a Four Strokes Spark Ignition Engine Operated with Hydrogen Blended Gasoline”, Ph D thesis, College of Engineering, Al-Mustansiriya University, Baghdad, Iraq, 2007.

[15]K. S. Varde & G. A. Frame, “Hydrogen Aspiration in a Direct Injection Type Diesel Engine – it’s Effect on Smoke and other Engine Performance Parameters”, International J of Hydrogen Energy, VIII, pp: 549-555, 1983.

[16]S. Szwaja & K. G. Rogalinski, “Hydrogen Combustion in a Compression Ignition Diesel Engine”, International J of Hydrogen Energy, III, (4), pp: 4413–4421, 2009.

[17]G. K. Lilik, H. Zhang, J. M. Herreros, D. C. Haworth & A. L. Boehman, “Hydrogen Assisted Diesel Combustion”, International J of Hydrogen Energy, XXXV, pp: 4382–4398, 2010.

[18]B. K. Debnath, U. K. Saha & N. Sahoo, “Effect of Hydrogen-Diesel Quantity Variation on Brake Thermal Efficiency of a Dual Fuelled Diesel Engine”, Journal of Power Technologies, XCII, (1), pp: 55–67, 2012.

Contact email for Gavan Knox    61  0403177183   glknox11@live.com

About Us

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