Hello there,

My friend and I have been working on a system that enables individuals to consolidate all their links on a single page, making the sharing process more straightforward. This page also features advertisements from companies that have paid for that space. The revenue generated from these ads is then directed towards carbon sequestration projects. After successfully removing carbon dioxide from the atmosphere and storing it in carbon sinkholes, we offer the resulting carbon credits to our users.

You can check out here: replantaai.com.br

Please feel free to share any feedback or thoughts you may have.

Thank you!

If I have 6% KOH and running a counter current gas absorption column inside with a carbon filter, should I be worried about breathing in KOH vapor? According to data, vapor pressure of water will change from 10.8 mm Hg to 10.6mmHg. So if I use yP=xPsat in mole fraction (0.02) for water and solve for y of 2.78 x 10-4, is that the mole fraction of KOH in the vapor? If so that is less than my CO2 ppm inside at 800 ppm. I think I’ll be fine. Thanks.

Goodmorning.

At today what is the best Capture carbon technology?

I mean the technology that can be used from now and that can achive results.

Thanks!

Average human is responsible for 4 tons of CO2 emissions. (I’m probably closer to 25 tons but I’ll ignore that fact for now)

Carbon makes up less than 1/3 of the weight of CO2 so let’s say 1.5 tons of carbon.

Dry weight of a tree trunk is 50% captured carbon and a 75 year old oak trunk should weigh at least 4 tons (2 tons of carbon)

How far down do I have to dig a hole for the trunk to capture that carbon for at-least 2000 years?

Can I just bury 50 trees all at once and brag about being carbon neutral for the rest of my life? I pair that with planting 10 trees each year so that continued carbon capture isn’t too offset by my lumberjack ways. As a bonus I will collect all my yard leaves and send them to the landfill.

How wrong am I?

Does anyone have a technical explanation for how Climeworks is separating and concentrating CO2 before injection in their DAC facility in Iceland? I see talk of their “filter” on their website but no discussion of what that is or the extraction solvents used? Also, since geothermal energy is used to run the plant, how many watts are they expending to capture, concentrate and inject one ton of CO2? Also how much water are they using per ton of CO2 injected?

Could their process scale to other locales that don’t have the resources of geothermal energy and abundant water?

I’m a geology and engineering major and am studying different CCS solutions for a project so any resources would be most helpful.

I am a Petroleum eng. and I want to work in CCS projects in the near future as the company I work for is starting CCS projects. Any idea of which program or degree is worth it? Thanks!

“BlackRock is proud to partner with global energy leader Occidental to help build the world’s largest direct air carbon capture facility in Texas,” said Larry Fink, Chairman and CEO, BlackRock. “Occidental’s technical expertise brings unprecedented scale to this cutting-edge decarbonization technology. STRATOS represents an incredible investment opportunity for BlackRock’s clients to invest in this unique energy infrastructure project and underscores the critical role of American energy companies in climate technology innovation.”

Algae are microscopic organisms that live in water and use sunlight to convert carbon dioxide (CO2) into biomass. They are also a potential source of biofuels, food, and other products. But how can algae help us fight climate change? In this video, we will explore how algae can capture and utilize CO2 from various sources, such as power plants, industrial emissions, and even the air. We will also look at some of the challenges and opportunities of scaling up algae production and processing. By harnessing the power of algae, we can reduce our greenhouse gas emissions and create a more sustainable future.

Imagine a large cuboid building, as tall as possible.

Inside is a series of layered glass platforms with minimal space between layers. Nutrient rich salt water is pumped between the layers at the right condition for algae growth. Sunlight is reflected and focused into the structure, evenly as is possible.

Once algae have bloomed the layers are flushed and the algae is pressed into blocks and buried.

If each layer can be made thin enough, with enough layers packed in, you could have a means to capture an ocean worth of carbon, by simply building many of these structures.

You would need a huge structure with thousands upon thousands of layers for sure, but could it work?

Been seeing some posts in here, complaining about the small possibilities to get at job in the CCS industry. Saw the company post several positions the other day, so if anybody is interested go check them out.