Help Scientists End Global Warming

We Need Your Help To Defeat Climate Change.

We need your help to support the work of a group of scientists who may have found a permanent solution to atmospheric carbon dioxide (CO2).  

Their budget has been wiped out by recent cuts in federal funding for climate research, and they need your help to get back on track.

What’s Going On:

The effects of climate change are already life-threatening, and will only endanger more of us as time goes on.

Currently, four famines are in danger of breaking out across the globe, endangering more than 20 million people [1], and for the first time in recorded history, a hurricane was classified Category 5 for three consecutive days [2].

The biggest driver behind climate change is atmospheric carbon dioxide [3], a little molecule which is a by-product of almost everything we do, from breathing to driving cars. In small doses, it’s fine, but in large doses, CO2 traps heat inside our atmosphere, leading to global warming.

Right now, the exponential increase of CO2 in the atmosphere is endangering the balance of the global ecosystem. CO2 has increased more in the last 20 years than during any previously recorded 1,000 year period, and its growth shows no sign of slowing [4].

(ACS Chart of atmospheric CO2 increase)

Even if we were to immediately stop all CO2 emitting activities right now, the excess CO2 already in the atmosphere would continue to cause climate chaos [5].

A Big Reason to be Hopeful:

It’s easy to feel overwhelmed and helpless in the fight against climate change. We felt that way too, so earlier this year friends and I started a volunteer organization called Climo.

(Left to right, Owen Campbell and Fergus Baumann, co-founders of Climo)

We’ve made it the goal of Climo to find the best technology for global CO2 reduction, then throw as much support behind that technology as possible.

After tireless research, we settled on the STEP (Solar Thermal Electrochemical Process)  technology, developed by the Licht Group at George Washington University in D.C.

The STEP process splits CO2 into breathable oxygen and a valuable byproduct called carbon nanotubes, a building material used today in everything from planes to iPhone batteries to bulletproof suits

Think of STEP as a super-powered tree: it consumes carbon dioxide and makes oxygen incredibly fast, while simultaneously creating a useful product.

The Licht Group is working on a new $150,000 prototype that will be able to remove a ¼ ton of CO2 a day from the atmosphere, a scale that could attract the big-money donors that can build STEP plants large enough to truly save our planet.

(Current Prototype of the STEP Genisis Device™)

The Licht Group is ready to scale up their process immediately, but currently do not have the funds necessary for the bulk materials they would need. Their current lack of funding has stalled the work of the lab.  

Unfortunately, the federal government has slashed funds for climate change research. The Licht Group is at the limits of what they can do without more materials.  So we have decided to turn to you, the public, and plead for your help. With only $150,000 they could complete their new prototype, and begin to tip the scales of global warming.

We cannot let our fate be decided by big name companies and climate change deniers. Instead, imagine telling your grandchildren that you were the one who invested in a science that allowed them to live on a safe, habitable planet.

Let’s turn our past mistakes into future triumphs. Let’s lay global warming to rest. Consider supporting the Licht Group.

(Licht Group, 2017)


STEP is the ideal solution to carbon dioxide emissions because it’s expedient, effective, relatively cheap to implement, and profitable. It doesn’t just erase the mistakes of our past, but creates the building blocks for a better future than we could have ever imagined. And it’s something not just activists, but businesses can get behind. Because let’s be honest, we are all in this together, and real change is going to take all of us.
While most CO2 reduction technologies are capable of only dealing with CO2 emissions, STEP captures atmospheric CO2 as well [6]. STEP not only combats current emissions but also addresses those of the past.

STEP Requires Little Physical Space: 

Full-scale STEP plants would take up a maximum of 4% of the Sahara desert [7]. Other sequestration techniques could require an area approximately three quarters the size of the United States landmass (20x the area required by STEP) [8].

STEP Works Fast:

The Licht Group has calculated that a fully scaled STEP plant could remove all anthropogenic CO2 in 10 years [9]. This timeline far outpaces other contending technologies and processes. Few technologies exist which are effective at eliminating CO2. None but STEP, due to its scalability and business-friendly properties, would be capable of doing so at the pace necessary.  

STEP Makes an Already Growing Industry More Cost-Effective:

Today, conventional methods of producing CNTs can cost $200,000-$400,000 per metric ton. STEP costs only $670 per metric ton of CNTs [10].

STEP is Energy Efficient:

STEP is completely carbon negative, running on 100% solar power and consuming 100% of the CO2 that it takes in [11].

STEP is the brainchild of Dr. Stuart Licht, currently a professor of chemistry at George Washington University. Prior to his work at GW, he served as a Program Director at the NSF and was a Chair of Chemistry at UMass. Dr. Licht has been developing STEP as a comprehensive solution to climate change for over a decade. 

What The Licht Group has Already Accomplished

The Licht Group has scaled up over 10,000x from original scale with no energy loss per unit mass of material, proving the process can function at any scale [12].

They are currently semi-finalists in the Carbon XPrize competition

They’ve published over 50 studies on STEP tech in major scientific journals over the past 8 years, many of which are referenced on the Licht Group’s blog. 

They are continuously making the process more cost and resource efficient.

They’re able to make a wide range of nanotube shapes and sizes. Most recently, they’ve begun to produce “nanotube wool” which can be easily woven into textiles:

Besides turning atmospheric CO2 into carbon nanotubes, the group has developed a multitude of uses for the technology, including desalination, stack emission CO2 conversion (from power plants), and the ability to make a variety of products including ammonia and graphite.

Press on STEP

Check out some articles on STEP:


-$15K for simulated flu gas

-$30K for equipment heating & CO2 splitting interface

-$45K for carbonate salts for experimental optimization of large scale C2CNT processes.

-$40K for electrode and casing materials.

-$20K for the Genesis Device™ control systems

Thank you so much for your time. Please consider supporting this important work. 

-Fergus Baumann, founder of Climo




(Sample of an early Carbon Nanotube extraction) 


1. Gettleman, J. (2017, March 27). Drought and War Heighten Threat of Not Just 1 Famine, but 4. Retrieved September 17, 2017, from

2. GREGOR AISCH, ADAM PEARCE and KAREN YOURISH. (2017, September 09). Hurricane Irma Is One of the Strongest Storms In History. Retrieved September 17, 2017, from

3. Climate change causes: A blanket around the Earth. (2017, August 10). Retrieved September 13, 2017, from

4. Global Warming : Feature Articles. (n.d.). Retrieved September 13, 2017, from

5. Climate change evidence: How do we know? (2017, August 10). Retrieved September 13, 2017, from

6. Licht, S., Ren, J., Lau J., Gonzalez-Urbina, L. (2015). One-Pot Synthesis of Carbon Nanofibers from CO2. ACS, 15, 6142-6148

7. Johnson, M., Ren, J., Lefler, M., Licht, G., Vicini, J., Licht, S. (2017). Synthesis, Cost and Scale-ability of Doped, and Wool Carbon Nanotubes Made Directly from CO2 by Molten Electrolysis: Value Driven Pathways to Greenhouse Gas Mitigation. Washington D.C

8. Harball, C. E. (n.d.). Could Carbon Farms Reverse Global Warming? Retrieved September 17, 2017, from

9. Licht, S. (2011). Efficient Solar-Driven Synthesis, Carbon Capture, and Desalinization, STEP: Solar Thermal Electrochemical Production of Fuels, Metals, Bleach. Advanced Materials, 23, 5592-5612

10. Lau, J., Dey, G., Licht, S. (2016). Thermodynamic assessment of CO2 to carbon nanofiber transformation for carbon sequestration in a combined cycle gas or a coal power plant. Energy Conservation and Management, 122, 400-410.

11. Licht, S., Ren, J., Lau J., Gonzalez-Urbina, L. (2015). One-Pot Synthesis of Carbon Nanofibers from CO2.

12. Licht, S., Ren, J., Lau J., Gonzalez-Urbina, L. (2015).

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Fergus Baumann 
Brooklyn, NY
Stuart Licht 
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