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Launch HN: Rise Reforming (YC S26) – Turning Waste Gases into Valuable Chemicals

Posted by george_rose25 |5 hours ago |17 comments

possiblyburrito 2 hours ago

Congrats on breaking ground. Curious about the electricity input side. Reforming is endothermic, so I assume the unit has a meaningful power draw. At a wastewater plant, do you run off the facility's existing service or do you need a utility upgrade, and can the unit ramp with power prices or does the catalyst want steady state? Asking because at small sites the electrical interconnection can quietly become the long pole even when the gas is free.

Johnny_Bonk 4 hours ago[2 more]

Congrats! I've worked on a similar technology converting waste syngas to 3-hydroxy-butyrate for further applications. Unfortunately in my case, we couldn't see any valuable and scalable end products from that particular molecule but I'm excited to follow your journey. Best of luck!

ianm218 3 hours ago[1 more]

This is very cool.

I'm curious how hard the go to market in hard tech like this is? What is the long term economic model in terms of what you think the margin can be and what the incentives for plants to adopt this technology?

philipkglass 4 hours ago[1 more]

How much biogas per year would a site need to produce to justify installing a unit? How much on-site labor is needed to run it?

cyberax 3 hours ago[1 more]

Why biogas specifically? This should work fine with regular fossil methane, and it will de-risk your deployments. There are plenty of places in Texas that uselessly flare the natural gas instead of doing anything with it.

Quitschquat 3 hours ago[1 more]

Bro this sound's great. Have you considered deploying it to Lulling, Texas? It constantly smells like ass^Wbiofuel

jnmandal 3 hours ago[1 more]

We really need solutions like this if we are going to reverse atmospheric carbon the necessary amount to mitigate planetary catastrophe. Thanks for working on this. Good luck.

5 hours ago

Comment deleted

bluebic 3 hours ago[1 more]

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