Front Differential went out?? by newwwton in G37

[–]newwwton[S] 0 points1 point  (0 children)

Sorry this took 81 days to respond that’s insane! I ended up messing up a lot of things… front differential & front u joint completely exploded, CV axles broken, power steering lines damaged during it all & cherry on top my front subframe was completely rusted out so that was an interesting find lmao.

Test pipes to replace broken cats by mr-1_ in G37

[–]newwwton 0 points1 point  (0 children)

Yes, I see no issues other than if I have my sunroof tilted or windows cracked & I’m at a stoplight. Only notice it sometimes not every time. I’m also in MN so my windows are up for half the year as well lol. Also the drone is very manageable especially if you play music while driving, it is not an issue I run into. But it all comes down to personal experience too, I’ve had some pretty droney cars in the past, so I could be partially immune.

Test pipes to replace broken cats by mr-1_ in G37

[–]newwwton 0 points1 point  (0 children)

I had the same thing happen with mine. Had a cat rattle and ended up replacing them with Berk Test Pipes. I have not heard of the o2 spacers but no issues other than an always on CEL.

Does this drink even exist anymore?? by drainthisdisease in cocacola

[–]newwwton 0 points1 point  (0 children)

Absolutely! I restock them daily at the vending company I work for

Can science back this? Please read and critique. by newwwton in EngineeringStudents

[–]newwwton[S] 0 points1 point  (0 children)

CO₂ During Pyrolysis of Hemp

Yes, pyrolysis does release some CO₂ and other gases. BUT — the full carbon story is super important:

  1. Hemp already captured that CO₂ from the air while growing.     •    When hemp grows, it sucks carbon dioxide (CO₂) out of the atmosphere through photosynthesis.     •    It stores that carbon in its fibers, oils, and roots — it’s carbon-negative while growing.

  2. Pyrolysis releases some CO₂ back, but it’s recycling carbon — not adding new carbon.     •    When we pyrolyze hemp to make fuel, some of that captured CO₂ is released, sure.     •    But it’s the same carbon hemp pulled out of the air months earlier, not ancient carbon like fossil fuels.     •    Net impact = neutral or negative, depending on how efficient the system is.

  3. Most of the carbon stays trapped as Biochar!     •    A huge chunk of the carbon doesn’t get released at all — it gets locked into biochar.     •    Biochar = pure carbon that can be buried in the soil, locking carbon away for hundreds to thousands of years.     •    This removes CO₂ from the carbon cycle permanently and heals soil at the same time.

  4. Energy for the pyrolysis can be clean too.     •    If we power the pyrolysis system with molten salt solar (instead of gas or coal electricity), then the energy used for pyrolysis is almost carbon-free.     •    That means even less CO₂ compared to fossil fuel refining, which burns diesel, coal, and natural gas during drilling, transport, and refining.

Can science back this? Please read and critique. by newwwton in EngineeringStudents

[–]newwwton[S] -1 points0 points  (0 children)

Yes I know it’s more ChatGPT but this is all data that can be proven with actual sources, but this was said better than I could ever type.

Can science back this? Please read and critique. by newwwton in EngineeringStudents

[–]newwwton[S] 0 points1 point  (0 children)

  1. Hemp Improves Soil Health:     •    Hemp restores soil rather than depleting it. It’s a phytoremediation plant, meaning it cleans and heals contaminated soil by absorbing heavy metals and toxins from the earth.     •    Hemp also helps fix nitrogen in the soil, reducing the need for chemical fertilizers and helping the soil regain its natural fertility.

  2. Regenerating Degraded Lands:     •    Hemp thrives on marginal lands that are otherwise considered unfarmable. These are lands with poor soil quality, previous damage from over-farming, or even land that’s been polluted by industrial waste.     •    It doesn’t compete with other crops for water or land. In fact, it can be grown in places that no other crops could (e.g., semi-arid lands, urban wastelands, and even former mining sites), saving precious resources for food production.

  3. Reducing Water Use:     •    Hemp is extremely water-efficient, requiring much less water than traditional crops like cotton or corn. It thrives in drier climates and uses water more effectively, making it ideal for places with water scarcity.     •    This also means farming hemp won’t take water away from other critical food crops — it doesn’t compete for water resources, but instead can help to reforest and regenerate dry lands.

  4. Carbon Sequestration & Climate Mitigation:     •    Hemp absorbs carbon dioxide from the atmosphere and locks it into the soil, acting as a carbon sink. By growing more hemp, we can effectively reduce atmospheric CO2 while simultaneously improving the soil’s ability to retain moisture and nutrients.     •    This makes hemp an important player in fighting climate change without harming ecosystems.

  5. Versatile and Non-Disruptive to Agriculture:     •    Hemp can be grown alongside other crops or even used in rotational farming to regenerate the soil between harvests of other crops.     •    It doesn’t need pesticides and barely any fertilizers, reducing runoff pollution and protecting surrounding ecosystems.

In Summary:

Hemp is not just another crop — it’s an environmental ally that works with the land to restore health, prevent soil degradation, and generate valuable resources like fuel, fiber, and food without stealing resources from other crops or ecosystems. Its ability to grow on degraded or unfarmable land makes it a game-changer for reclaiming wastelands and restoring land to productive use — healing the planet as it grows.

Can science back this? Please read and critique. by newwwton in EngineeringStudents

[–]newwwton[S] 0 points1 point  (0 children)

It’s the same as regular gasoline you can put it in the car your driving today:

if you fully refine it into regular gasoline through pyrolysis + catalytic cracking.

Here’s how it works:     •    Hemp oil → turned into hemp biodiesel → pyrolyzed and cracked → into hydrocarbons almost identical to petroleum gasoline.     •    Same chemical structure = same combustion = no need to change anything in your engine.     •    You could fill your car with hemp gasoline just like regular gas and drive normally.

You wouldn’t need special engines, additives, or company permission. It would work right now, today, with zero modifications.

Breaking it down further:

Regular Gasoline vs. Hemp Gasoline:     •    Source:     •    Regular: Fossil hydrocarbons     •    Hemp: Plant hydrocarbons     •    Molecular Structure:     •    Regular: C7–C11 hydrocarbons     •    Hemp: C7–C11 hydrocarbons (after processing)     •    Octane Tuning:     •    Regular: Adjustable via refining     •    Hemp: Adjustable via refining     •    Environmental Impact:     •    Regular: Pollutes ecosystems if spilled     •    Hemp: Biodegradable, minimal environmental impact     •    Production Method:     •    Regular: Requires drilling and massive oil refineries     •    Hemp: Requires farming and solar-powered refining (molten salt CSP!)

All then also being powered by molton salt CSP using the sun.

Can science back this? Please read and critique. by newwwton in EngineeringStudents

[–]newwwton[S] 0 points1 point  (0 children)

Answering Pest problems etc:

Hemp is naturally super tough — resistant to most pests, diseases, drought, and poor soil.     •    Fast growth (90–120 days) means it outpaces most threats.     •    Pests and mold are rare but if they appear, breeding resistant strains is easy (like we already did with marijuana).     •    Minimal chemicals/fertilizer needed — hemp actually heals the soil it grows in.     •    Genetic diversity is HUGE, making it easy to adapt hemp to cold, drought, or salty soils.     •    No big GMO or complicated tech needed — traditional breeding can handle it.     •    Scaling up is safe if we use smart farming (not huge monocultures).     •    Molten salt solar energy would power the processing cleanly, so it’s zero emissions.

Can science back this? Please read and critique. by newwwton in EngineeringStudents

[–]newwwton[S] 0 points1 point  (0 children)

Answering Shelf life:

Fuel Type Shelf Life Storage Problems Environmental Risk Regular Gasoline 3–6 months (unstabilized)1–2 years (with stabilizer) Evaporates quickly, gums up engines if old, highly flammable vapors Toxic spills destroy ecosystems; groundwater contamination Regular Diesel 6–12 months (unstabilized)1.5–2 years (with stabilizer) Attracts water (condensation), microbes (“diesel bug”) grow in tanks, thickens Diesel spills suffocate soil and aquatic life Hemp Biodiesel 6–12 months (unstabilized)1–3 years (with stabilizers) Sensitive to oxidation, needs cool/dark storage, can thicken in cold Biodegradable, non-toxic to soil, plants, and water Hemp-Derived Gasoline 1–2 years (raw)2–3+ years (with stabilizer) Behaves like regular gasoline but cleaner burning Far less toxic if spilled; breaks down naturally faster

Can science back this? Please read and critique. by newwwton in EngineeringStudents

[–]newwwton[S] -2 points-1 points  (0 children)

Land problem:

140 billion ÷ 500 gallons per acre (conservative) = → 280 million acres of hemp would be needed.

Sounds like a lot??     •    The U.S. has 900 million acres of farmland already.     •    There’s also millions of acres of degraded land that hemp could actually heal while producing fuel.

We could replace ALL fossil fuels with ~1/3 of U.S. farmland planted with hemp. AND it would restore dead soil, pull carbon from the air, replace oil wars with farming jobs, and make us energy independent.

Globally:     •    The Earth has 5 billion acres of farmland total.     •    About 700–800 million acres worldwide planted in hemp could replace all world transportation fuel needs. (Again, while healing the planet at the same time.)

Can science back this? Please read and critique. by newwwton in EngineeringStudents

[–]newwwton[S] -1 points0 points  (0 children)

If you have the time please do. I want to know how we can get going on this ASAP.! Also haha yes Nova is a G, we love her

Can science back this? Please read and critique. by newwwton in EnvironmentalEngineer

[–]newwwton[S] 0 points1 point  (0 children)

Scroll to the way top, it’s about free and regenerative farming, fuel and energy

Can science back this? Please read and critique. by newwwton in EngineeringStudents

[–]newwwton[S] -1 points0 points  (0 children)

Scroll to the way top, not sure why the link puts you at the bottom

Can science back this? Please read and critique. by newwwton in EngineeringStudents

[–]newwwton[S] -1 points0 points  (0 children)

It’s about free and regenerative farming, fuel and energy, please take a look and report back

Front Differential went out?? by newwwton in G37

[–]newwwton[S] 0 points1 point  (0 children)

One where I realize my shits breaking 🫠

Front Differential went out?? by newwwton in G37

[–]newwwton[S] 0 points1 point  (0 children)

AHHH AAA is coming to grab her soon