The unit produces 1Kmol of hydrogen every 2 minutes, has an effeiciency of at least 97%, with at least 50% heat exchange between product and feed. At that rate it is able to produce 985KW or 3,546,000 KWH of energy.The system is meant for household use on a smaller scale and will require 0.25 pounds of cellulose an hour if you consume 500 KWH of energy an hour. A 1kmol unit would cost roughly U.S $30,000 a 500KWH unit is expected to cost far less.

Cellulose and air is introduced into a liquid I call donar’s Liquid that is composed of potassium hydroxide (2M solution), potassium manganate 6+ (a green solution), and transition metal oxide, at above 400C and 20MPa . The solution allows for four reaction sequentially.

(1) The hydrolysis of cellulose to glucose ( 30 seconds )
(2) Remake of potassium manganate 6+ with air and remaining potassium
hydroxide and manganese dioxide from glucose oxidation (50 seconds )
(3) Oxidation of glucose to formic acid by potassium manganate 6+
(10 seconds)
(4) Hydrothermal decomposition of formic acid to hydrogen and carbon
dioxide ( 30 seconds )

after that it is treated through water gas shift reaction, haber process, and ammonia condensation and stripping. Fuel is attained through electrolysis of ammonia.
the process is environmentally friendly and stands a high chance of replacing gasoline.

donar_craigie@yahoo.com