This document describes an innovative engine and bearing technology that can double the speed of vehicles while using one-third the fuel. The Andy Engine develops the same power in one-third the volume using 1/3 the normal fuel through a novel 7 bar slider crank mechanism. An Andy Bearing and jet attached to the bottom of vehicles can reduce rolling friction and drag, allowing vehicles to run at double speed for the same power. This technology achieves a fuel efficiency of 6 times kilometers per liter and reduces CO2 emissions by 16.67% per kilometer. The document provides fuel efficiency and emissions data for various vehicle types with the new technology and estimates high returns on investment of 100-200% for adopting it in transport, autom
1. INNOVATIVE DESIGN
LOW CARBON TRANSPORT – 16.67 % Co2e g/km
Transport, Automotive, Rail, Ship, Missile
Technology:
Double Speed, 1/3 Fuel for same Ton-HP-Vehicle.
6 x kmpl; 16.67 % Co2e g/km; g/t-km.
Achieved by
Andy Engine, Andy Bearing, Jet
Andy Engine – develops same power in 1/3 volume, consuming
1/3 fuel at normal by 7 bar slider crank mechanism
Andy Bearing, Jet – attached to bottom of vehicle to move at ease.
This reduces rolling friction at wheels, drag, doze at nose in Transport, to
run at Double Speed for the same Ton-HP-Vehicle.
Hence 6 x kmpl, 16.67 % Co2e g/km; g/t-km.
Vehicle Ton Speed hp kmpl Ton- Co2e
kmpl g/t-km
BIKE 0.3 120 10 360 108 23.1
Nano 0.6 120 33 120 72 32.3
CAR 1.0 200 37 120 120 19.4
CAR 1.3 200 80 93 120 19.4
CAR 2.0 200 100 60 120 19.4
TRUCK 15 200 240 30 450 5.2
RAIL 1000 600 20,000 0.9 900 2.6
FERRY 1000 660kn 24,000 1.5 1500 1.55
SHIP 5000 330 kn 60,000 0.3 1500 1.55
VLCC 50,000 330 kn 600,000 0.03 1500 1.55
MISSILE 100 3300 kn 12,000 15 1500 1.55
M A APPAN, M.E , 48 yrs EXPERT, India.
Contd…..
2. RETURN on INVESTMENT:
Vehicle Ton Speed cost net RoI % Royalty
$ $/yr mn$/yr
BIKE 0.3 120 1000 2600 260 100
Nano 0.6 120 5000 20,000 400 ]
CAR 1.0 200 7500 30,000 400 ]
CAR 1.3 200 8000 40,000 500 ] 100
CAR 2.0 200 12,000 72,000 600 ]
TRUCK 15 200 50,000 300,000 600 100
RAIL 1000 600 12 mn 120 mn 1000 200
FERRY 1000 660 kn 6 mn 96mn 1600 200
SHIP 5000 330 kn 15 mn 180mn 1200 200
VLCC 50,000 330 kn 150 mn 1800mn 1200 200
MISSILE 100 3300 kn 6 mn 72 mn 1200 200
Total 1500 mn$/yr
Return Calculation:
Ferry 1000 GRT, 2000 P, Fare $1/50 km, Speed 660 knots.
Chennai-Singapore 4000 km, 4 hrs, 4 trips/day, 300 days
Revenue=2000*4000/50*4*300= 192 -96=96 mn$/yr
Venture Capital Fund: 2 mn$ 2 yrs
1 Truck 15 , 240 hp/1600 cc, 200 kmph, 30 kmpl--1 #
2 Ship 100 T, 200 P, 330 kn, 1200 hp/10 Lit, 15 kmpl—1#
3 Shed , plant 1 a/c LS
EQUITY FUND :
INV 10 Mn$, Getback 20 Mn$ in 2 yrs
INV 50 Mn$, Getback 100 Mn$ in 2 yrs
INV 100 Mn$, Getback 200 Mn$ in 2 yrs
M A APPAN, M.E , 48 yrs EXPERT, India.