There’s Hydrogen In That There Biogas
I don’t suppose that anyone actually dreams of hydrogen, but in the bio-economy there just isn’t quite enough of it and we read about it and sometimes think about it so much that we might as well be dreaming about it.
For those newer to the field, one of the problems of using biomass to make a fuel is that a carbohydrate contains around 53% oxygen by weight and needs about 16% more hydrogen that it contains to make a hydrocarbon fuel. That’s one of the reasons that biofuels are often esters (such as biodiesel) or alcohols (such as ethanol),...
Westport and Ford Announce Hydrogen Engine Technology Development
Westport Innovations (WPT.TO) and Ford Motor Company today announced a project to develop and demonstrate an advanced direct injection fuel system for vehicles powered by high-efficiency, high performance engines operating on pure hydrogen. The two-year development program will be divided into two phases. Phase one will define advanced fuel system requirements including the design of fuel injectors. Phase two will incorporate the design and manufacture of new prototype fuel systems. The Government of Canada has contributed $250,000 during phase one.
Enbridge, Hydrogenics partner for utility-scale energy storage for renewables
Tyler Hamilton Oil and gas pipeline giant Enbridge Inc.(ENB) has invested $5 million in Mississauga, Ont.-based Hydrogenics (HYGS), a leading maker of proton-exchange membrane fuel cells and electrolysis systems for producing hydrogen gas from water. Gotta say, I wasn’t expecting this announcement. I know Enbridge has invested in fuel-cell technology before, and I know it has purchased hundreds of megawatts of solar capacity, operates wind farms and is dabbling in geopower. And yes, it has invested some money into Toronto-based Morgan Solar. What surprises me about...
The Many Shades of Hydrogen
by Ishaan Goel
INTRODUCTION
In 2020, hydrogen shot to the forefront of the renewable energy conversation, with stakeholders making major investments in its growth. The European Union has allocated nearly EUR 400 billion to hydrogen within its Covid-19 recovery package, to ramp up production capacity ~150 times by 2030. Globally, hydrogen production projects under development have nearly tripled (by capacity) with several firms announcing ambitious gigawatt-scaled ventures.
The appeal of hydrogen stems from its excellent capabilities as both an energy carrier and storage medium. Beyond its extensive usage in high-temperature industrial processes and manufacturing, it shows potential in areas that have proven...
Maxwell Technologies Provides Ultracapacitors for General Hydrogen
Maxwell Technologies (MXWL) announced that General Hydrogen Corporation, a leading developer of hydrogen fuel cell-based power systems for electric forklifts, has placed a 200,000 unit, three-year, purchase order for BOOSTCAP® ultracapacitors to enhance performance and energy management in its Hydricity® Pack technology. The purchase order is part of a strategic supply agreement through which General Hydrogen will source ultracapacitors exclusively from Maxwell and receive strategic pricing if volume thresholds specified in the purchase order are reached.
Alkaline Electrolyzers – The Future needs a Metamorphosis
by Ishaan Goel
The second article in this series on water electrolyzers focused on polymer electrolyte membrane electrolyzers (PEMEs). PEMEs have increasingly captured the interest of industry over recent years, due to favorable technical characteristics. Despite this, the global electrolyzer market today is dominated by a much older model - alkaline electrolyzers (ALKEs). (For details of how both electrolyzers work, refer to the first article in the series).
The graph above shows the investment costs ($/kW) of ALKEs and PEMEs as the technology has advanced over time. In other words, they show the initial capital cost for every 1 kW of...
Hydrogenics Awarded Contract to Supply Hydrogen Generators to China’s Largest Energy Companies
Hydrogenics Corp (HYGS) announced that it has received orders to supply electrolysis-based hydrogen generator plants to two of China's largest energy companies. China Electric Power Energy Group and China National Power have each purchased a HySTAT-A Hydrogen Plant, capable of producing 10 Nm3/h of high purity hydrogen at a pressure of 25 bar. In both cases, the hydrogen produced will be used to cool the generators in a coal-fired power plant. Delivery of both orders is expected to take place in 2006.
Interview: Ted Hollinger of Hydrogen Engine Center
The following is an interview with Ted Hollinger, President of Hydrogen Engine Center. In a nutshell, what is Hydrogen Engine Center’s (HEC) main technology and what are its principal applications? Development of proprietary electronic controls and other technologies to allow for the use of hydrogen and other gaseous fuels for the generation of power. These technologies have applications in many areas, including but not limited to the distributed power industry, airport ground support, co-generation with certain manufacturing processes, buses, marine engines and agricultural irrigation pump systems. One of the main drivers you identify as necessary...
Brilliant Light Power – Commercialization Status
by Daryl Roberts
A potentially paradigm-shifting technology has been under development at an R&D firm in NJ called Brilliant Light Power. For people monitoring the situation, the question currently is about the status of commercialization. It is not a publicly held firm, but is in mid-stages of private equity capitalization in the range of $100-120M.
I recently read a book titled "Randall Mills and the Search for Hydrino Energy", offering a detailed and compelling history of the development of this novel renewable energy technology, authored by an insider, an intern who stayed on to work there for several years (published in...
Beyond ZEVs: The Negative Emission Vehicle
by Jim Lane
Wandering the halls at the BIO World Congress and later to be seen again at ABLC NEXT this November, we ran across one of the most interesting technologies relating to ethanol production and markets we have seen in a month of Sundays, perhaps two months’ worth.
The problem
First, let’s revisit the problem. There’s simply too much ethanol being produced for the markets to absorb, given the Trump Administration’s massive cutbacks in US ethanol targets —In the resulting massively oversupplied market, the inevitable has happened, ethanol producers, growers and the Midwestern economies are being crushed. And they thought they...
PEM Electrolyzers – Cracking the Chicken and Egg Problem
by Ishaan Goel
The first article in this series introduced two prominent types of water electrolyzers – alkaline electrolyzers (ALKEs) and polymer electrolyte membrane electrolyzers (PEMEs). Electrolyzers are devices that convert water into hydrogen and oxygen using electricity. They enable energy storage through hydrogen when combined with fuel cells, and can decarbonize hydrogen production for industry if supplied with renewable power. Subsequent articles shall focus on various characteristics of these two electrolyzer variants.
The graph above shows the investment costs ($/kW) of PEMEs and ALKEs as the technology has advanced over time. In other words, they show the initial capital cost...
Penn State Titania Nanotube Arrays Harness Solar Energy
Penn State researchers are finding new ways to harness the power of the sun using highly-ordered arrays of titania nanotubes for hydrogen production and increased solar cell efficiency.
PEM Fuel Cells – Hoping to Challenge Internal Combustion
The first article in this series introduced the two prominent types of hydrogen fuel cells - alkaline fuel cells (ALKFCs) and proton-exchange membrane fuel cells (PEMFCs). Fuel cells are devices that convert stored hydrogen into usable energy, and constitute an essential part of the hydrogen economy. Subsequent articles shall focus on various characteristics of these two cells.
The graph above shows the power costs ($/kW) of PEMFCs and ALKFCs as the technology has advanced over time. In other words, they show the initial capital cost for every 1 kW of fuel cell capacity (note that this axis is in the...
List of Hydrogen Stocks
Hydrogen stocks are publicly traded companies whose business involves the use of hydrogen as energy storage or a transportation medium. See also fuel cell stocks.
This list was last updated on 8/27/2021.
AFC Energy (AFC.L)
Ballard Power Corporation (BLDP)
Bloom Energy Corporation (BE)
Cell Impact AB (CI-B.ST)
Defiance Next Gen H2 ETF (HDRO)
FuelCell Energy (FCEL)
Fusion Fuel Green PLC (HTOO)
Green Hydrogen Systems A/S (GREENH.CO)
Hazer Group Limited (HZR.AX)
HydrogenPro AS (HYPRO.OL)
HydroPhi Technologies Group, Inc. (HPTG)
HyperSolar, Inc (HYSR)
Hynion AS (HYN.OL)
ITM Power PLC (ITM.L, ITMPF)
MagneGas Corporation (MNGA)
McPhy Energy SA (MCPHY.PA)
myFC Holding AB (MYFC.ST)
Nel ASA (NEL.OL)
Nikola Corporation (NKLA)
PowerCell Sweden AB (PCELL.ST, PCELF)
Plug Power (PLUG)
PowerHouse Energy Group plc (PHE.L)
Proton Power Systems (PPS.L)
Quantum...
Shareholders Cry Foul as UQM Agrees to Buyout
UQM Technologies (UQM: NYSE) has agreed to be acquired by Danfoss Power Solutions for $1.71 per share in cash, providing a deal value near $100 million. UQM leadership expects timely review by government authorities and has recommended approval of the deal by shareholders. A date has not been set for the required shareholder vote. Assuming all goes according to schedule, a deal closing is possible sometime in the second quarter 2019.
Electric propulsion and generation technologies are at the core of UQM’s solutions for manufacturing, transportation and power industries. The substitution of electric motors for combustion engines has been driving demand for the UQM’s products. Market opportunities have abounded...
Hydrogenics Receives $3.3 Million Order for On-site Hydrogen Generation Plant from Major Energy Company
Hydrogenics Corp (HYGS) announced it was awarded a contract, valued at approximately $3.3 million, to supply a HySTAT(TM)-A Hydrogen Plant to a major North American oil and gas refinery for installation in 2007. The high purity hydrogen generated by the HySTAT-A Hydrogen Plant will be used by the refinery to reduce the sulfur content in diesel fuel in compliance with EPA regulations.
