Hydro Power Technologies Inc. Stock

Equities

PYBX

US44882R1014

Heavy Electrical Equipment

Market Closed - OTC Markets 03:57:33 2024-04-24 pm EDT 5-day change 1st Jan Change
0.0186 USD +3.33% Intraday chart for Hydro Power Technologies Inc. +3.33% +3.91%
Sales 2010 243K Sales 2011 - Capitalization 796K
Net income 2010 -1M Net income 2011 -2M EV / Sales 2010 59.8 x
Net Debt 2010 373K Net Debt 2011 117K EV / Sales 2011 -
P/E ratio 2010
-6.4 x
P/E ratio 2011
-0.25 x
Employees -
Yield 2010 *
-
Yield 2011
-
Free-Float 10.34%
More Fundamentals * Assessed data
Dynamic Chart
1 day+3.33%
1 week+3.33%
Current month-2.11%
1 month-7.00%
3 months-2.11%
6 months+55.00%
Current year+3.91%
More quotes
1 week
0.01
Extreme 0.0096
0.02
1 month
0.01
Extreme 0.0089
0.02
Current year
0.01
Extreme 0.0088
0.02
1 year
0.00
Extreme 0.0003
0.02
3 years
0.00
Extreme 0.0003
0.11
5 years
0.00
Extreme 0.0003
0.51
10 years
0.00
Extreme 0
0.51
More quotes
Managers TitleAgeSince
Chief Executive Officer - 13-07-31
Director of Finance/CFO 75 19-01-29
Corporate Secretary - 19-01-29
Members of the board TitleAgeSince
Director of Finance/CFO 75 19-01-29
Chief Executive Officer - 13-07-31
More insiders
Date Price Change Volume
24-04-24 0.0186 +3.33% 30,336
24-04-23 0.018 +4.35% 49,100
24-04-22 0.0172 -7.26% 55,600
24-04-19 0.0186 +71.19% 159,000
24-04-18 0.0109 -39.64% 20,714

Delayed Quote OTC Markets, April 24, 2024 at 03:57 pm EDT

More quotes
Hydro Power Technologies Inc. is a Canada-based company, which is engaged in the development of technology solutions that enhance power generation output in hydropower applications. The Company has developed a proprietary hydraulic transient control valve system called The Hammer1 System to propel impact turbine driven electrical generators. The Hammer1 System creates turbine inlet water projectile velocities that are projected to be 1.25 times greater than the velocity produced by conventional continuous flow impact turbine nozzles. It has a relationship with the Norwegian University of Science and Technology (NTNU) to perform prototype testing and third-party full-scale computer dynamic simulation modeling. This has produced repeatable data that supports the increased turbine inlet water velocity created by controlling hydraulic transient dynamics.
More about the company