#turbine casing

[notrobinsomethingworse]

Since I work at a power station now, new headcanon that the Bats use Gothams Power station as a makeshift jungle gym.

Dicks climbing around without a grapple scaring the fuck outa Bruce when he flips himself off the top turbine hall and barely catching himself on one of the railings.

Tim, Staph and Cass are playing a complicated game of hide and seek/ tag. Trying to minimise the use of their grapples to not destroy the place. Cass is winning by a margin. She’s now just trying to scare the shit outa both of them.

Damian is checking all the nests scattered around the site. Scattering feed and fixing nests that have been destroyed. (Much to the dismay of every operator who just wants them gone. Unfortunately for them, the last engineer who kicked a nest had both his legs broken shortly afterwards. Everybody knew who did it. Nobody wants to talk about it).

Both Duke and Jason have graduated form understanding how the plant works and instead are arguing about how to make it better/fun things to do. Topics include: using leftover heat to heat homes in crime alley, including some sort of gas capture system, making shit hotter, and opening the turbine to “watch it spin nothing will happen B shut the fuck up”.

[molagboop]

High-echelon Mawkin suit modules can be pretty wild, and the Energy conversion module in Raven Beak's suit is no exception.

When exposed to an active current or energy field, the module accounts for the level of charged particles in the local atmosphere and converts the detected matter to power. Most substantial forms of power and radiation are compatible with its function, and it's calibrated to work more efficiently when exposed to substantially powerful forms of plasmic matter.

The conversion module is similar to (but should not be confused with) the thermal charge module, which charges the power suit in extreme heat. That technology is also implemented in the protective exosuits found in Cataris' lava zone. The Mawkin use thermal energy to power a number of their facilities: that they'd implement it in their more mobile works is only natural.

Back to the subject at hand, the conversion module's practicality is twofold: to keep Raven Beak's suit sufficiently charged and to maintain his vigor in battle. His particular biometric modifications are such that his suit, combined with his level of physical fitness, can theoretically keep him fighting without fear of exhaustion in perpetuity.

Raven Beak's juiced up version of lightning armor is the inverse of this module: it absorbs charged particles for the purpose of coalescing into a projected wave. The use of lightning armor in this manner negates the function of the conversion module for restorative purposes. Additionally, lightning armor works best against oncoming projectiles, while the reactive conversion module is at its peak when the suit is exposed to ambient radiation or concentrated, consistent flows of power.

Suffice to say, Raven Beak is probably the only person who could stick a fork in an electrical socket and have it do the exact opposite of killing him.

[arolesbianism]

Ive been waiting for ages in oni for my future industrial block to be vacuumed out so I decided to doodle some furry women while I waited (it’s still not done)

[ailurinae]

which meaning of pylon?

pylon noun py·​lon ˈpī-ˌlän -lən 1 a : a usually massive gateway b : an ancient Egyptian gateway building in a truncated pyramidal form c : a monumental mass flanking an entranceway or an approach to a bridge 2 a chiefly British : a tower for supporting either end of usually a number of wires over a long span b : any of various towerlike structures 3 a : a post or tower marking a prescribed course of flight for an airplane b : traffic cone c : one of the flexible upright markers positioned on a football field at the corners of the end zone 4 : a rigid structure on the outside of an aircraft for supporting something (such as an engine or missile)

Also the main support structure for the Protoss in StarCraft (undeniably the sexiest of them all)

[wachinyeya]

A company making wooden wind turbine blades has successfully tested a 50-meter-long prototype that’s set to debut soon in the Indian and European markets.

Last year, the German firm Voodin successfully demonstrated that their laminated-veneer timber blades could be fabricated, adapted, and installed at a lower cost than existing blades, while maintaining performance.

Now, Voodin has announced a partnership with the Indian wind company Senvion to supply its 4.2-megawatt turbines with these wooden blades for another trial run.

Wind power has accumulated more than a few demerit points for several shortfalls in the overall industry of this fossil-fuel alternative.

Some of these, such as the impact on bird life, are justified, but none more so than the fact that the turbine blades are impossible or nearly impossible to recycle, and that they need to be changed every 25 years.

Wind turbine blades are made from a mixture of glass and carbon fiber heated together with sticky epoxy resin, and these materials can’t be separated once combined, which means they go into landfills or are incinerated when they become too battered to safely operate.

GNN has reported that folks will occasionally find second-life value in these giant panels, for example in Denmark where they are turned into bike shelters. In another instance, they’re being used as pedestrian bridges.

But there are way more wind turbine blades being made every year than pedestrian bridges and bike shelters, making the overall environmental impact of wind power not all green.

“At the end of their lifecycle, most blades are buried in the ground or incinerated. This means that—at this pace—we will end up with 50 million tonnes of blade material waste by 2050,” Voodin Blade Technology’s CEO. Mr. Siekmann said recently. “With our solution, we want to help green energy truly become as green as possible.”

The last 15 years have seen rapid growth in another industry called mass timber. This state-of-the-art manufacturing technique sees panels of lumber heat-pressed, cross-laminated, and glued into a finished product that’s being used to make skyscrapers, airports, and more.

At the end of the day though, mass timber products are still wood, and can be recycled in a variety of ways.

“The blades are not only an innovative technological advancement but a significant leap toward sustainable wind production,” said Siekmann, adding that this isn’t a case of pay more to waste less; the blades cost around 20% less than carbon fiber.

Additionally, the added flexibility of wooden blades should allow for taller towers and longer blades, potentially boosting the output of turbine by accessing higher wind speeds.

Now partnered with Voodin, Senvion will begin feasibility analysis in the next few months, before official testing begins around 2027.

[shipping1addict]

On episode 3 on "Silo".

Screaming, crying, throwing up on the steam turbine thing.

Why was it installed vertically. Is there some form of cycle with a condenser or where does the steam go. How are the turbine blades not damaged after all those years getting hit by hot, accelerated water droplets. How are they just jump starting the turbine without a warm up period. Why does the turbine work without its casing and where is the steam coming from?

WHY ISN'T THERE A BYPASS?!?!

[justalittlesolarpunk]

There is hope. I promise. Young people just won their case against the state of Montana. Ecuadoreans braved escalating political violence to vote against oil drilling in the Amazon. Brazilian deforestation is down by enormous amounts since Lula took office. They’ve invented hydropanels that synthesise pure water from the air. People are farming in solar parks. A ship just launched for its maiden voyage using rigid sails designed to mimic wind turbine blades. EV sales are taking off, and, more crucially, cities are re-assessing their very relationship with the car. By the 2024 Olympics the river Seine will be safe for people to swim in again. More and more people are replacing their gas boilers with heat pumps. Solarpunks are growing crops in their back garden and distributing them to their neighbours. Great tracts of land are being given back to nature. Young people are channelling their energies into meaningful careers. Pilots are leaving the aviation industry. Yes, the world is dark and terrible and full of awful dangers that keep you up at night, but we are a huge movement that grows every day in numbers and power. Your small actions matter. Our collective triumphs are increasing. Things are going to get harder, extreme weather will be more common, but with ingenuity, resilience and crucially, COMMUNITY, we can build an equitable world on this strange, tired old planet. See you in the future.

[switch]

sekai turbine is a fantastic song but i am troubled by it because i heavily prefer the vocal track of sekai turbine 2 but i prefer the musical track of sekai turbine

[reasonsforhope]

"It’s technically possible for the UK to achieve its goal of having a clean power system by 2030, and doing so should reduce electricity bills and bolster the country’s energy security, the grid operator says in a study commissioned by the new Labour government.

The context

The UK recently shut its last coal-fired power plant and aims to slash its use of gas turbines as it seeks to all but eliminate fossil fuels from its electricity mix by the end of the decade.

In 2023, renewables and nuclear accounted for 62% of the country’s electrical output, while fossil fuels held a 38% share. Under the 2030 clean power target, fossil fuels (gas) would be reduced to less than 5% of the mix.

The latest

“The analysis concludes that clean power is a huge challenge but is achievable for Great Britain by 2030,” the National Energy System Operator said in a statement as it published the study.

Overall system costs are unlikely to increase if the target is met, and tariffs could in fact decline as legacy power contracts expire and if the state makes sufficient progress on energy efficiency gains, flexibility mechanisms, improving grid connection processes, and overall policy modernisation.

Significant investments are required in a short amount of time, but they would allow the UK to become a “leader” in new technologies while also reducing the country’s exposure to potential energy price shocks stemming from spikes in international gas prices, as was the case after Russia invaded Ukraine.

NESO’s analysis shows that clean technologies — renewables and nuclear — will be able to produce at least as much power as Great Britain consumes in total in 2030...

“A clean power system for Great Britain will deliver a backbone of home-grown energy that breaks the link between volatile international gas prices; that is secure and affordably powers our homes and buildings; that decarbonises the transport that we take to school and work; that drives the businesses of today and catalyses the innovations of the future.”

Next steps: The government will now consider NESO’s advice as it develops its clean power action plan later this year."

-via The Progress Playbook, November 5, 2024

[revelboo]

RAAAAA TRANSFORMERS ONE BLOKEES STARSCREAM IS MINEEEE 😤 i thought i was dreaming when i seen he was restocked 😭 my beautiful babygirl

Nice! He’s very lovely

Everything Is Alright Pt 137

IDW Starscream x Reader, Soundwave x Reader, Megatron x reader

• Wings tucking close to his frame, that sickening familiarity shivers through him. Because how many times has a similar scenario played out? Knows how it ends. Except, Megatron can’t beat him nearly to the point of offlining him. Can’t really hurt him ever again. Safe because of you. Wings flicking fitfully before flaring aggressively to knock Megatron’s hand away, Starscream steps away. Sees the surprise on the warlord’s face and feels braver for it. “Well, I was going to use it to overthrow you, but I suppose that’s out of the question now,” he snarls, aware of Soundwave retreating a safe distance away and that you’re safe tucked away in his cassette compartment.

• Stiffening, Megatron’s servos curl into fists. Painfully aware of the tiny, fragile spark tangled in his own and that tearing one of Starscream’s arms off and beating him with it is going to hurt badly enough for it to harm you and by extension him and the sparkling. Venting raggedly, he seizes the Seeker by a wing and bends him backwards until that smug expression is replaced by fear. “Do tell,” he growls, voice low and furious.

• “Soundwave?” Frustrated and trapped, all you can do is pace inside his cassette compartment. Know he stuck you in here for your own safety in case Megatron decides to kick Star’s ass over whatever Ore-13 is, but you hate being put into timeout. Can hear their muffled voices, but you have no idea what’s being said. So much for involving you in stuff more. How are you supposed to talk down your rabid husbands if they can’t even hear you in here?

• Can feel you moving around, the sensation of having you safe inside him oddly satisfying. Likes you there where he’s aware of your every move, protected even if he feels guilty picking up on your annoyance at being trapped. “Ow, ow, let go, you brute,” Starscream snarls, but he’s not getting loose from Megatron’s grip until the warlord decides he feels like letting go, big servos beginning to bend the Seeker’s wing. And it’s best you don’t have to see this since it would only upset you. “Alright! It’s highly unstable, but preliminary data suggests it can greatly enhance a Cybertronian’s strength! Now let go!”

• Staggering when Megatron releases him, he jerks his wings tight to his frame, hissing through his turbines in fury. That brute bent his fragging wing, but what does he really expect from the former gladiator? Violence the only language he really understands. “But it could also be used to decimate the Autobots,” he adds, flicking his wing with a grimace. “Imagine an army boosted with Ore-13 overrunning the Ark. Ending this once and for all.” Backing up when Megatron begins pacing with a frown, he immediately tucks his wings again. “Of course, that would mean being smart enough to actually listen to your strategist.” Can’t help himself and hears Soundwave tiredly vent as Megatron rounds on him, denta bared. “You can’t touch me,” he manages, words quick right before Megatron rears back and punches him in the face.

Previous

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[ihatebrainstorm]

Something stupid i made last night bc i was thinking about how aerial Cybertronians should have rats that turn into RATs (Ram Air Turbine)

RATs are deployed during emergencies on aircraft when an airplane’s primary power sources stop generating electricity (or ig in this case they run outta energon or something? Look i just wanted to draw rat/RAT)- it then generates some energy as the airplane flies

[railfangxy]

The Embodiment of Streamline Moderne

Most steam streamliners have shrouds to bring the engine into a Moderne style. Be that styling the engine to look as new as its consist does on the inside, OR embracing a look that borrows from contemporary diesel power.

Seems the Pennsylvania Railroad T1's were the exact opposite, at least at first. A futuristic design concept by Raymond Loewy was adapted to fit the outline of a steam engine

Just look between these two and the resemblance is clear

The T1's are already fairly modern machines as far as steam locomotives go. True, they are reciprocating machines so they still use cylinders and rods compared to individual steam motors, or a steam turbine drive. However, there's two or three aspects about them to complement their forward styling.

First is the duplex drive. The concept was to create a locomotive that was easier on the track at higher speeds by splitting up the driving wheels. More cylinders are needed, but the actual reciprocating mass is reduced. The T1's weren't the first iterations of this, on or off their home railroad, but they came with something else.

Second is poppet valves; more familiar with stationary steam engines, and persist today in internal combustion engines. Compared to piston valves, poppets allow for more precise timing of admission and exhaust to the cylinder, thus more power can be obtained. Poppet valves were tried a few times in the US in the 20s, and saw use elsewhere, but almost nothing like what the T1's had

Lastly is the Franklin System of Steam Distribution. This is a form of valve gear, large based on Lentz gear as it uses oscillation cams and has valves positions more like a piston. However, there's multiple sets of these valves, and the actual reciporicating mass is miniaturized and housed in a gearbox casing. In addition to the slight power boost offered by poppet valves, this further reduction of weight means the engine puts less energy into moving itself compared to its train. In addition, this protected the motion and meant maintenance requirements were actually lower compared to conventional valve gear.

If you know anything about the T1 that last part may sound odd, but the first engine to use the Franklin system did indeed require less maintenance than others in its division. The streamlining made access tricky, but it was really a problem when it came to making repairs not general maintenance.

All this and more set the T1 apart from anything that came before, or really since. It's only fitting they look the part of being a vision of the future. Just had no idea where the styling originated for them to look so much more modern on the outside, when they were already steps forward on the inside.

The best part about the iconic profile is that it never really left. I don't just mean the later T1's or the similar looking diesels. The prototype T1's kept the Loewy influence up front right til the end. Just iconic

[swisccfinds]

50 ONE LEVEL CAREERS: Storytelling careers megapack by isy's the snake

Here is yet another career mod pack, but this one has no promotions, you just work and your job level stays at 1. As the title say this mod is best for story telling!

creator's notes-

This mod requires XML Injector by Scumbumbo. You can find it here. Pay attention if you don't already have it for another mod! In that case, you do not need to re-install it. Be sure it is updated for the last patch.

XML Injector is a mod required for some mods to work. So, you install it as any other mod in your Mods folder, no more than one subfolder deep.

This mod has been updated for the version 1.99.305 of the game (second update after Horse Ranch).

It doesn't required any DLC to work. Base game compatible

I've adopted this mod from the amazing ItsKatato who, due to her hiring at EA, couldn't continue to mod. I have made some changes: • I have changes all the pics of the careers — now they all show Sims (please check the credits paragraph at the end to see who was the amazing raccoon who helped me); • I have updated the mod for the Horse Ranch patch; • I have cleared ALL the tuning errors; • Fixed the description of some careers who appeared to be missing.

Now, here we go with the explanation of the mod (originally written by ItsKatato, edited by me):

Katato said: "Have you ever had a story planned out for your sims but you can't find the perfect career for them? Most of the time when I find the career it ends up being a complicated career with a bunch of promotion tasks and extra stuff. Well, I've made a pack of a bunch of single-level careers. All your sim has to do is go to work, that's it. This is perfect for the non-important sims in your life, like the forgotten children of your legacy challenge." In short: those are 50 careers you can use for NPCs Sims or random Sims you do not want to care about. As Amethyst said: "Go to work, make money, leave me alone". Your Sims won't need any task to perform to upgrade and get a promotion, as well as they do not really need an ideal mood to go to work since it won't change their performance. They just go and do their job. And now the list of all careers:

1. Anesthetiologist 2. Cartographer 3. Chiropractor 4. Compliance Officer 5. Data Scientist 6. Dental Hygienist 7. Dentist 8. Diagnostic Medical Sonographer 9. Financial Advisor 10. Financial Manager 11. Genereal Surgeon 12. Genetic Counselor 13. Home Health Aide 14. Information Security Analyst 15. IT Manager 16. Interpreter And Translator 17. Lawyer 18. Marriage And Family Therapist 19. Massage Therapist 20. Mathematician 21. Mechanical Engineer 22. Medical And Health Services Manager 23. Nurse Anesthetist 24. Nurse Practitioner 25. Obstetrician And Gynecologist 26. Occupational Therapist 27. Operations Reasearch Analyst 28. Optometrist 29. Oral And Maxillofacial Surgeon 30. Orthodontist 31. Orthotist And Prosthetist 32. Paralegal 33. Pediatrician 34. Personal Care Aide 35. Phlebotomist 36. Physical Therapist 37. Physical Therapist Assistant 38. Physician 39. Physician Assistant 40. Pilot 41. Podiatrist 42. Prosthodontist 43. Psychiatrist 44. Registered Nurse 45. Respiratory Therapist 46. Software Developer 47. Speech-Language Pathologist 48. Statician 49. Substance Abuse And Behavioral Disorder Counselor 50. Veterinarian 51. Web Developer 52. Wind Turbine Technician 

lets give some of our love and support to isy!

download

[usafphantom2]

Blackbird Mechanic tells how you could light the SR-71’s afterburners if TEB (Triethylborane) wasn’t available

SR-71

Blackbird Mechanic tells how you could light the SR-71’s afterburners if TEB (Triethylborane) wasn’t available

The SR-71, unofficially known as the “Blackbird,” was a long-range, Mach 3+, strategic reconnaissance aircraft developed from the Lockheed A-12 and YF-12A aircraft.

The first flight of an SR-71 took place on Dec. 22, 1964, and the first SR-71 to enter service was delivered to the 4200th (later 9th) Strategic Reconnaissance Wing at Beale Air Force Base, Calif., in January 1966.

The Blackbird was in a different category from anything that had come before. “Everything had to be invented. Everything,” Skunk Works legendary aircraft designer Kelly Johnson recalled in an interesting article appeared on Lockheed Martin website.

No need for a traditional starter

To save on weight, the Skunk Works eliminated a traditional starter for the Blackbird. So, they figured out another way to start the SR-71.

Former Blackbird pilot Richard H. Graham explains in his book SR-71 Revealed The Inside Story;

‘The high flashpoint brings up another problem. Most jet engines use igniter plugs, nothing more than a very hot spark plug, if you will. Using these igniter plugs they used with the JP-7 and just drowns it out, it won’t ignite. Kelly [Johnson] put his engineers to work, and he said, ‘OK, gentlemen, how are we going to start this?’ They came up with a very unique way. Triethylborane – TEB for short. Each engine has a one-and-a-quarter pint. If I had it in a squirt gun and I squirted it into the atmosphere, it would go Kaboom! – it explodes with contact with the atmosphere. And that’s how we started the engines. As the engines rotate, at the right time, it sprays this amount of TEB into the turbine section, which goes kaboom, which in turn lights the engine. When you take the throttles up into the afterburner, it puts this metered amount of TEB in that lights up the JP-7. You get 16 shots for each engine.’

Blackbird Mechanic tells how you could light the SR-71’s afterburners if TEB (Triethylborane) wasn’t available

TEB (Triethylborane) was needed to light both the J58 and the engine’s afterburners. The J58 powered the SR-71 Blackbird.

How to light SR-71 Blackbird afterburners without TEB

I was recently asked what was the plan if you run out of the 16 shots of TEB? TEB was required every time you started the engine or the afterburners, kick the tires and light up the engines.

In the 24 years the SR 71 flew, it never ran out of TEB, but there was a plan just in case.

John Olp, an SR-71 Mechanic from 1975-1985 at Beale AFB, explains;

‘The J58 engine had a unique way of lighting the afterburners if TEB wasn’t available for whatever reason.

‘Inserted into three rings of the flame holders were six catalytic ignitors. If TEB wasn’t available, the engines could be manually over-trimmed to increase the exhaust temperature and superheat the ignitors. When the throttles were advanced into afterburner, the glowing catalytic ignitors would light off the fuel, albeit somewhat harshly!

SR-71 art

This print is available in multiple sizes from AircraftProfilePrints.com – CLICK HERE TO GET YOURS. Dawn at 80.000ft – SR-71 Blackbird

‘The catalytic ignitors were in place as a backup if TEB wasn’t available. There was a manual up-trim switch in the cockpit to control engine EGT. It was a hard light off if used, but was an option!’

Olp concludes;

‘Overtemping the engine would only be momentary to allow the afterburner light, probably not enough to cause any damage to the engines. That’s why the manual up-trim switches were available.’

@Habubrats71 via X

[synbiosys]

So, I’m not proud of it, but I’m back to ask for help again. Above is the link to my Ko-Fi account; I can accept donations via Stripe and Paypal; I don’t have a preference of which method you use. Below is a more detailed explanation of the events that have led to my current predicament; it’s not entirely necessary to understand, but it should make sense of why this happened to me.

I’m dealing with some health problems and a recent car accident and I need help paying my bills for the next few months while I use that time to finish incomplete coursework for classes I took last year. In case it’s not clear, an “Incomplete” is a grade that can be given by instructors at some schools in situations where a student wasn’t able to complete a major assignment for a class due to circumstances outside their control, and allows students a pre-determined amount of time to finish that work beyond the end of the course. I had a plan for covering my expenses with a summer job at the Oregon State University Arthropod Collection (OSAC) while I finished the incomplete work, but the nature of my health issues, an outbreak of fleas, and a car accident have all prevented me from making it work. Now I’m kind of trapped; the cost of living in Corvallis is too high for food stamps to last an entire month, I don’t have a car anymore, and I’ll probably end up homeless if I can’t pay October rent and also pay November rent on time. I’ve managed to find some work doing landscaping and yardwork in my neighborhood, but I’ve realized that it’s impossible to make enough money and also handle the incomplete coursework; focusing on the former will impact the completion of my degree in June, while focusing on the latter will likely result in homelessness. The loss of my car is exacerbating all of this, in part because I live further away from all of the stores/banks/etc. in Corvallis, and public transit here is not very good.

Since late 2022, I’ve been experiencing sleep apnea-like health problems arising from swollen turbinate glands. I have some known allergies, but they’ve never caused swollen turbinate glands. The impact on my sleep quality became so severe that I had to resort to nasal strips every night. I saw doctors about this problem as early as spring of 2022, but none of them were helpful; most of them didn’t listen to me, and none of them considered trying any kind of testing. This ineptitude continued even after directly asking my primary doctor about autoimmune conditions and how we could test for them. Despite how obviously informative blood samples can be, nobody suggested a blood test. I finally lost my patience and demanded they give me a blood test for hypothyroidism at the end of August. Lo and behold, my thyroid hormone levels were an order of magnitude out of the normal range. Autoimmune problems run in my mother’s family, and it’s likely that I have Hashimoto’s thyroiditis; this disease is rarer in men, and the symptoms appear very gradually. While I can understand how this would delay detection of the disease, there were FIVE different doctors who saw me in relation to the sleep/allergy problems and none of them considered a blood test. I started taking levothyroxine the same day as the test results, but before being treated, my symptoms became so severe that my ADHD medication stopped working, my OCD symptoms went out of control, and I was experiencing severe brain fog. This is what forced me to request incomplete grades for my courses; I was trying to complete coursework despite all of this, and I was barely able to keep up. Once treatment begins, it takes at least a month to take effect, so my symptoms didn’t start improving until early October. Most recently, I found out that I needed to increase my dosage, but thyroid problems often have complex consequences, and any changes to the dose of the medication will result in unwanted side effects.

My original plan for this summer was to work at OSAC to cover my expenses while I tackled the incomplete coursework. I calculated the gross income I’d need to meet my expenses, and working 30 hours a week at this position well exceeded that amount. My duties as a curatorial assistant change slightly depending on the tasks at hand, but because I am paid from grant money, I must work efficiently, accurately, and in an organized manner. Because I have ADHD, extra measures are necessary in order to meet these requirements. I’ve worked this job intermittently since 2018, so I know how prevent my ADHD symptoms from interfering with my work. Because of the failures by my doctors to address my health problems, I was already struggling to arrive at work on time by June. By July, my symptoms had worsened to the point that I was no longer able to focus on work consistently, voluntarily cutting some days short because I wasn’t accomplishing much, and continuing to work in that state was inherently a waste of grant money. By August I could only make it to work sporadically. As a result, I missed most of the income I could have earned for August and September of this year. I was able to make up for some of this impact by selling old trading cards and video games from childhood, but that money didn’t last very long.

I was also confronted with a flea infestation that suddenly appeared in August. I rent a bedroom in a house with housemates; we tried to eradicate them ourselves, but the landlord suddenly informed us in early September that he hired an exterminator, who was arriving in less than 24 hours. I have some pet reptiles and pet invertebrates I needed to protect from pesticide exposure, so I suddenly had to move my pets to a friend’s house. I also had to re-arrange my bedroom to accommodate the exterminators. Based on the chemicals that were used, the only way I could make room safe again for my pets was by mopping the floor in my bedroom and the adjacent hallway three times. This ultimately cost me four days, and then the exterminators came back in early October, which forced me to repeat the process.

As if this wasn’t enough, I had a serious car accident in late September that annihilated my car and left me with severe lacerations to my left arm and a fracture in my thumb. The car spun out and flipped in the process, landing in the opposite lane. If another car had been about to pass me, it would have caused a direct collision at around 55 mph, and I probably wouldn’t have survived that. I realized the danger immediately and crawled out of the car, but most of the other possible outcomes would have involved my demise. I’m very lucky, but it took almost a month for the lacerations to heal, and one of them was deep enough to cause nerve damage, which hasn’t completely healed yet. My left hand has healed enough for me to use it, but I’m still having some issues with my thumb.

I wish I could say that I had help from my family, but my parents were impacted by both of the recent hurricanes that made landfall in western Florida. Even before the hurricanes, my parents weren’t really willing to understand what I was dealing with. I grew up in an abusive household; my sister and I were neglected by our parents, and we experienced emotional abuse from them as young adults. This is particularly true of my father, who himself is the product of a highly abusive upbringing. Unfortunately, research on the dynamics of child abuse has shown that children from abusive households often suffer a lack of economic mobility relative to children from more supportive family backgrounds as a result of mental health impacts. This has absolutely been the case with my sister and I; both of us are well into our 30s, and neither of us is anywhere close to long-term financial stability. That’s why it was deeply hurtful to hear my father blame me for being unable to fly to Florida on a whim to help him clean up the house, blame me for paying $950 a month for rent, and shame me for being 35 years old without a “stable job”. Both of my parents visited me in Corvallis in late July; they could tell that I was struggling, they apologized for neglecting me, and they told me they’d be more supportive, but apparently everything they said to me then must have been an act.  

Hopefully, this explanation sufficiently articulates the situation I’ve ended up in. I almost have enough money to pay my October rent, and I need to have my November rent paid by 11/5. I would have tried using Ko-Fi sooner, but in the interest of upholding my own responsibility, I wanted to exhaust my other options before resorting to donations again

[thequeenofthedisneyverse]

Technology from 1870-1899 (For Encanto fic writers)

So, A mutual of mine @miracles-and-butterfliess pointed out that everyone (including me) tends to forget that Encanto was literally made when the triplets were born. Which is literally 1900 or 1901. Regardless, it was the very beginning of the 19th century so let me tell you about the technology/things they would/wouldn’t have. (And please keep in mind that most of these may or may not have been imported into Colombia yet.) 

1870 - 1879

1872—A.M. Ward creates the first mail-order catalog. NO

1873—Joseph Glidden invented barbed wire. NO

1876—Alexander Graham Bell patents the telephone. NO

1876—Nicolaus August Otto invents the first practical four-stroke internal combustion engine. NO

1876—Melville Bissell patents the carpet sweeper. NO?

1878—Thomas Edison invents the cylinder phonograph (known then as the tin foil phonograph). MAYBE

1878—Eadweard Muybridge invents moving pictures. NO?

1878—Sir Joseph Wilson Swan invents the prototype for a practical electric lightbulb. YES? 

1879—Thomas Edison invented the first commercially viable incandescent electric light bulb. NO?

1880 - 1889

1880—The British Perforated Paper Company debuts toilet paper. YES

1880—English inventor John Milne creates the modern seismograph. NO

1881—David Houston patents camera film in roll format. NO?

1884—Lewis Edson Waterman invents the first practical fountain pen. YES

1884—L. A. Thompson built and opened the first roller coaster in the United States at a site on Coney Island, New York. NO

1884—James Ritty invents a functional mechanical cash register. YES?

1884—Charles Parson patents the steam turbine. NO

1885—Karl Benz invented the first practical automobile powered by an internal-combustion engine. NO (even before Encanto, Alma’s town looked rural so I doubt the automobile reached them yet.)

1885—Gottlieb Daimler invented the first gas-engine motorcycle. NO

1886—John Pemberton introduces Coca-Cola. NO

1886—Gottlieb Daimler designs and builds the world's first four-wheeled automobile. NO

1887—Heinrich Hertz invents radar. NO

1887—Emile Berliner invented the gramophone. YES

1887—F.E. Muller and Adolph Fick invented the first wearable contact lenses. NO

1888—Nikola Tesla invents the alternating current motor and transformer. NO

1890 - 1899

1891—Jesse W. Reno invents the escalator. NO

1892—Rudolf Diesel invents the diesel-fueled internal combustion engine, which he patents six years later. NO

1892—Sir James Dewar invents the Dewar vacuum flask. NO

1893—W.L. Judson invents the zipper. NO (zippers didn’t become popular globally until a little bit later; buttons, ribbons/laces and whatever else were still the norm/in fashion for fastening and tying (which is still the case in some places today)

1895—Brothers Auguste and Louis Lumière invent a portable motion-picture camera that doubles as a film-processing unit and projector. The invention is called the Cinematographe and using it, the Lumières project the motion picture for an audience. NO?

1899—J.S. Thurman patents the motor-driven vacuum cleaner. NO (if you're running from being killed, the last thing you're going to bring is a vacuum cleaner) 

I remember a post listing the sort of jobs there would be in Encanto but I forgot so I’ll just list the ones I know (let me know if I need to add anything.): 

Seamstress/tailor

Embellisher

Field worker 

Teacher (of any kind; music, dance, art, etc)

Woodworker - wood carver

Toy maker

Construction worker

Joining a Local band/ Orchestra - being apart of a choir 

Carpenter 

Metal worker 

Jeweler (though I’m not sure if Jewelery of the diamond/gem kind is common in Encanto)

bladesmith/ knifemaker 

Inventor? (Inventors should exist in Encanto by now…just one other genius besides Mirabel?)

I know some of these are very obvious but I’m just giving people options okay? 

@miracles-and-butterflies you seem to know a lot more about this kind of stuff so if you have anything to add/take away or me to fix please let me know. I tried to search up “When was X invention imported into Colombia” and literally nothing of use comes up.