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VW has launched prototypes of hydrogen-powered cars; full production is at least a decade away. What do the cars emit in place of carbon dioxide? Clean, simple water. Water you can even drink. To learn more, check out this segment on the CBS Early Show.

The H2OPE Biofuels Solution

Since its launch in 2008, biotech innovator H2OPE Biofuels has been working on a solution to the world's energy crisis. Through its patented genetic-engineering technology, the company is isolating strains of algae that could one day become an emission-free source of hydrogen, and hence power, for the planet and its people.

Looking far into the future, such hydrogen could one day turn on a lightbulb, fuel an automobile and even ignite the power grid of an entire city. Hydrogen-generating algae could make it possible to create the commercial-scale production of energy that is not only green - but also significantly less expensive than current methods of power-production.

H2OPE Biofuels' energy solution is not just about dreams in the far future. It is a technology that is available today, and with further refinement could be market-ready within one year.

H2OPE Biofuels News

February 2013: Delaware CAT grant, H2OPE Lab Moves to Lewes, DE

Bob Balcerzak, noted CEO of Chesapeake PERL and former Operations Director of the ATCC joins H2OPE Biofuels! Also, H2OPE is moving its lab to Lewes, DE to engage in a Delaware Economic Grant.


December 12th, 2012: At the National Press Club: Angel Venture Forum

DC Angel Venture Forum.


September 2012: Presenting at the Rice University Clean Tech Forum:

View the forum website here.


July 2012: Interviewed by Lux Research.

Download the pdf: Lux Research


June 2012: Named a finalist in the American Chemical Society green business plan competition.


March 2012: Interviewed by The Guardian newspaper of London.

Read the article here: TheClimateDesk.org


March 2012: Issued a patent by the U.S. Patent Office for its novel process of developing photosynthetic hydrogen.


Fall 2011: Completed screening assay needed to create a commercially viable algal strain. The new assay, developed in collaboration with Elcriton Inc., a butanol firm in Delaware.

Download the pdf: Newsletter 2011


Fall 2010: H2OPE Biofuels obtains $150,000 National Science Foundation grant.

Download the pdf: Newsletter 2010

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Here is how:

Current Methods of Hydrogen Production

Today, hydrogen is used in industrial and chemical operations to do such things as manufacture gasoline, metals and fertilizer. The primary way hydrogen is made is through the steam reformation of coal or natural gas - a highly complex and energy-intensive process that releases large amounts of carbon dioxide into the atmosphere. The merchant hydrogen market is a $2 billion to $5 billion market in the United States and a $150 billion market worldwide; it is dominated by four companies, creating a virtual monopoly.

H2OPE Biofuels' Advantage

With H2OPE Biofuels' patented technology, it is possible to bust through this monopoly and offer commercial-scale hydrogen-users a cheaper and cleaner source of hydrogen. Biohydrogen is made from algae and water (not coal or natural gas), using simple biological processes. No emissions or carbon dioxide are created in the process.

Biohydrogen developed by H2OPE Biofuels offers a once-in-a-lifetime opportunity for the hydrogen industry to reduce its carbon impact, while reducing capital and operating expenditures at the same time.

In fact, our technology is so promising, a world leader in industrial-scale hydrogen production, Air Liquide has specifically expressed interest in replacing its conventional hydrogen production technology with bioreactors containing our modified algae. We estimate that they can reduce their operational expenses (OpEx) by more than 50% compared to their current fossil fuel-based method.

To bring our research to the final stages of market readiness, H2OPE Biofuels is seeking an outside capital investment of $500,000.

 


 

 
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