#pressure and temperatur controller
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I SAW A PLATYPUS TODAY!!!!!! very exciting. it's such a magnificent creature. i saw it slap a crayfish off its spot and then the platypus itself struggled to crawl onto a log and just flopped back into the water. unfortunately i have no footage of that. it was also impossible to take still pictures, these are my best attempts:


#australia adventure#I LOVE PLATYPUS. IT'S SO SHAPED#this is from lone pine koala sanctuary#the platypus room is the best because it's dark and quiet and temperature controlled#which is great for when you're a little bit overstimulated and suffering from an air pressure headache#makes it hard to take good pictures unless you use flash Which You're Not Allowed To (the person next to me did it anyway:( )#but i took a couple videos of Creature.
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"Boil water to turn fan" as if multistage steam turbine generators are not one of the sexiest kinds of machines every made


nuclear power is impressive until you get up to why. "we use the most precisely engineered machinery ever created to split atoms to release energy" oh yeah how come? "boil water to turn a fan" get the fuck out
#its genuinely crazy the math and engineering that go into making these absolutely massive steam turbines#its an incredible balancing act to optimize between the interconnected variables of pressure velocity and temperature in order#to extract as much energy as possible from the steam as it moves through the system#especially like. those generators need to maintain a very precise rotational speed in order to prevent the coupled generator#from going out of phase with the power grid#(3000 RPM for 50 Hz grids and 3600 RPM for 60 Hz grids)#like the reactor part sounds like a lot of engineering work (and it is!) but like. the turbine is fucking incredibly impressive too#each one of those turbine stages needs to have very specifically shaped blades in order to control steam pressure drop and steam velocity#and the blades need to be able to physically handle being in a wet (at least for nuclear plants where the steam is pretty wet) high temp#environment and constantly being spun at high rotational speeds for decades at a time.#we had to develop specialized nickel titanium superalloys with tightly controlled crystalline structures in order to build turbines this big#stare into the depths of “wow we really just use steam to spin a big fan that sounds simple” and you encounter#the lifes work of thousands of mathematicians computer engineers material scientists and mechanical engineers#the first device we could call a steam turbine was made as a toy in tthe first century ancient greece and egypt#the first steam turbine with a practical use was described in 1551 in Ottoman Egypt. it was used to turn a spit of meat over a fire.#the first modern multistage impluse steam turbine was made in 1884 and revolutionized electricity generation and marine propulsion#in the 141 years since there have been more improvements than one could even list#from major design changes credited to great men to miniscule efficiencies and optimizations gained from tweaking the composition of an alloy#idk. i think its beautiful to think about the web of human knowledge woven collectively by thousands of hands across history#could you imagine what the ancient greek engineers who first put together the prototype for an aeolipile would think to see what we have#made now. could they even recognize our designs as belonging to the same category of object as their little toy#anyway#appreciate the humble steam turbine with the same eye you give to the reactor core#mine#just my thoughts
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Air-control guy has now visited, and (as expected) fucked up the air in my apartment.
Basically, I have two inputs and one output. Output is deranged in how much air it takes in (this is the reason why I kept having cigarette-smoke leaking into my apartment from the stairwell), and it's completely impossible to adjust the inputs in any way.
(I'm pretty sure they were all put in at the same time that the building was built, in like the sixties or something, so yeah, not exactly a marvel of comfort.)
My solution has been to put some fabric over the output (enough that I can't hear it screaming across the entire apartment), and to remove one of the useless caps on the output and put a book in front of it instead (it's on top of a closet, so this works out really well for adjusting or even shutting off the pressure, so that I can actually use my AC).
Air-control guy obviously thinks that this is wrong, because it fucks with his arbitrarily values (he doesn't have to live here).
#do i understand that there's probably a reason for those values needing to be in a certain way? sure.#but again - if i want to use my AC? forget about it. the pressure from the vents will kill any chance to lower the temperature#(bcs my AC is inefficient as it is and already turns the room into a low-pressure zone)#and if i want to avoid cigarette-smoke? again. forget about it. if it's in the stairwell it's in my apartment. guaranteed.#and if i don't want to have to deal with the massive amount of fucking noise? again. forget about it. noise-pollution isn't real.#''ohh but it's climate-controlled air'' it's 20C air at best. and i'm pretty sure it rises when it's warm outside#when my apartment is getting blasted with never-ending sunlight? 20C air does NOTHING to my room-temperature#like. i checked by putting the thermometer there and it said ''input air 20C - room-temperature RIGHT NEXT TO input 23C''#and considering that i'm most comfortable at roughly 18C? i'm basically being tortured here.#so... now i have to wait until air-control guy doesn't come back to yell at me. and then try to reset things to survivable levels.#what a wonderful place to live.#personal stuff
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Refrigeration Expansion Valve Sizing and Selection Process
Proper expansion valve selection is critical for refrigeration system efficiency and reliability. This guide outlines the systematic approach to sizing and selecting expansion valves based on system requirements and operating conditions. Expansion valves regulate the flow of refrigerant into the evaporator, making their correct selection essential for system performance, energy efficiency, and…
#compressor protection#electronic expansion valve#energy efficiency optimization#evaporator capacity#evaporator pressure drop#expansion valve capacity correction#internal vs external equalization#liquid temperature effects#MOP protection#pressure drop calculation#refrigerant flow control#refrigerant subcooling#refrigeration expansion valve sizing#refrigeration system design#refrigeration system efficiency#superheat adjustment#thermostatic charge types#TXV selection#valve capacity tables#valve orifice sizing
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The Impact of IIoT on Modern Industrial Systems
The Industrial Internet of Things (IIoT) significantly improves efficiency and sustainability in modern industrial operations. It plays a crucial role in transforming modern automation systems. The (IIoT) is widely used and drives industrial operations, especially in heavy industries such as cement and steel, to be smarter, more optimized, and highly connected. The (IIoT) is also applied in renewable energy industries to enhance the operation of stand-alone solar power systems and solar/wind hybrid power systems to improve efficiency. Furthermore, IIoT ensures process optimization, reduces operational costs, and enhances workplace safety.
for more about IIoT check the following link:
for more technical articles check the following link:
https://www.ecaico.com
#automation#instrumentation#renewable resources#solar cells#solar panels#renewable#sensors#renewable energy#plc#controller#control#burners#controllers#control system#renewableenergy#renewable power#renewablefuture#semiconductor#pressure sensors#temperature sensor#iiot
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With over 50 years of industry expertise, General Instruments Consortium is a trusted leader in designing and manufacturing primary process control instruments. We specialize in providing reliable precision instruments for measuring pressure, temperature, flow, level, and a wide range of related accessories.
#precision instruments#process control#pressure measurement#temperature measurement#flow measurement#level measurement#industrial instruments#instrumentation#manufacturing#engineering#General Instruments Consortium#reliable instruments#industry expertise#instrument accessories
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Level Sensor In Modern Industries
Level sensors are vital components in modern instrumentation and automation systems, used to measure and monitor the levels of liquids, solids, or gases in various applications. These sensors are critical for maintaining precise control of industrial processes and ensuring operational efficiency, safety, and reliability. Often integrated with systems like PLCs (Programmable Logic Controllers), level sensors provide real-time data that helps automate decisions, such as controlling pumps, alarms, or valves. Many level sensors also incorporate additional parameters, such as pressure and temperature measurements, to deliver comprehensive insights into the conditions within a tank or pipeline. Their versatility makes them indispensable at the field level of industrial hierarchies, where they directly interact with equipment and materials. In the growing domain of renewable energy, level sensors play a crucial role in monitoring the levels of fluids in systems like biofuel tanks, solar thermal storage units, and hydropower reservoirs. With their ability to integrate seamlessly into advanced automation systems, level sensors exemplify the fusion of control, innovation, and precision in modern industrial processes.
to read the full article check the following link:
To read more articles about Renewable, Automation, and instrumentation, check the following link:
#automation#instrumentation#renewable resources#plc#sensors#renewable energy#burners#control system#control#pressure sensors#temperature sensor
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The Importance of Pressure and Temperature Control in Marine Operations
Pressure and temperature control are critical aspects of marine operations, influencing vessel performance, safety, and efficiency. Whether it's a cargo ship, tanker, cruise liner, or offshore platform, maintaining optimal pressure and temperature levels is essential for the smooth operation of marine systems. Here's why pressure and temperature control are so important in marine operations:
Equipment Performance: Many marine systems rely on hydraulic and pneumatic machinery, which operate within specific pressure ranges. Inaccurate pressure control can lead to inefficiencies, reduced equipment lifespan, and even system failures. Similarly, precise temperature control is vital for engines, generators, and cooling systems to operate effectively and avoid overheating.
Safety: Maintaining proper pressure and temperature levels is crucial for ensuring the safety of personnel, cargo, and the vessel itself. Overpressure in hydraulic systems, for example, can lead to catastrophic failures, posing serious risks to onboard personnel and the environment. Additionally, excessive temperatures in engine rooms or cargo holds can increase the likelihood of fires and explosions, endangering lives and property.
Fuel Efficiency: Proper pressure and temperature control contribute to fuel efficiency in marine engines and propulsion systems. Engines operating at the right temperature and pressure levels consume fuel more efficiently, reducing operating costs and environmental impact. By optimizing combustion processes and minimizing energy losses, vessels can achieve greater fuel economy and lower emissions.
Environmental Compliance: Pressure and temperature control play a significant role in ensuring compliance with environmental regulations in the maritime industry. For example, controlling exhaust gas temperatures is essential for meeting emissions standards and reducing harmful pollutants discharged into the air and water. Additionally, maintaining proper pressure in ballast water treatment systems helps prevent environmental contamination by invasive species.
Cargo Quality: In vessels transporting perishable goods or sensitive materials, precise temperature control is essential for maintaining cargo quality and integrity. Refrigerated cargo ships, for instance, rely on sophisticated temperature control systems to preserve food, pharmaceuticals, and other temperature-sensitive goods throughout transit. Any deviation from the required temperature ranges can result in spoilage, loss of product quality, and financial losses.
Operational Efficiency: Effective pressure and temperature control contribute to overall operational efficiency in marine operations. By ensuring that systems operate within optimal parameters, vessel operators can minimize downtime, prevent costly repairs, and maximize productivity. Additionally, real-time monitoring and control of pressure and temperature parameters enable proactive maintenance and troubleshooting, reducing the risk of unplanned outages and delays.
In conclusion, pressure and temperature control are indispensable aspects of marine operations, influencing safety, performance, environmental compliance, and operational efficiency. Investing in reliable pressure and temperature control systems not only enhances the reliability and safety of marine systems but also contributes to cost savings, regulatory compliance, and sustainable operations in the maritime industry.
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Hi my love, could you do a gynecologist!rafe but with sex toys??

warnings: pt.2, age gap, medical kink, doctor/patient power dynamic, vibrator use, unprotected vaginal sex, overstimulation, orgasm control, creampie, praise + degradation, explicit language, breeding talk, not proofread!
pairing: gynecologist!rafe x reader
you don’t even ask why the room looks different today.
there’s no paper sheet this time, no stirrups either. just a soft leather bench—low, cushioned—and a warm towel already laid out for you to sit on.
rafe closes the door gently behind you, locks it, then turns.
“i’m trying a new setup,” he says casually, like it’s nothing. “just you and me. and a few pieces of equipment.”
you blink at the black cloth he’s unfolding. laid out inside: a sleek silver bullet vibrator, a thicker pink wand, a long toy that curves upward, and… a pair of wireless earbuds?
your mouth opens. “what’s that for?”
he smiles, calm and professional. “this is a focused stimulation protocol. we’ll be testing internal and external response patterns. i’ll be tracking your body’s reactions—tightness, temperature, muscle tension, vocalization. if you follow direction, we’ll finish with penetration.”
you swallow hard. “oh—okay.."
he helps you out of your clothes slowly. he deliberately folds them, setting them aside.
he has you lie back, legs open, hands relaxed at your sides.
“deep breath for me,” he says, voice low as he clicks the wand on. “and keep your eyes on me.”
the wand touches your clit and your hips jerk. it’s too much—you’re already sensitive from just being there, bare and watched under his gaze.
he hums in approval.
“good. you're very responsive. now don’t move.”
he keeps it there. doesn’t push, doesn’t thrust, just holds it steady while his other hand gently strokes your inner thigh. you’re panting, thighs already shaking. when you moan, he shushes you softly.
“quiet. you’ll distract the data.”
your orgasm hits like a wave—slow, rolling, overwhelming. you cry out without meaning to, clutching at the edge of the bench.
“mhm,” he says, making a little note in the tablet beside him. “that’s one.”
you barely recover before he’s sliding the curved toy inside you—warm, lube-slicked, angled perfectly—and turning that on too.
you feel it immediately, deep pressure that makes your toes curl.
rafe watches your face closely. “g-spot stimulation,” he murmurs. “let’s see if it triggers another release.”
you whimper, eyes glassy. “dr. cameron—feels so full—”
“you’re doing so well,” he murmurs, pressing the wand back to your clit at the same time. “just one more.”
you scream into your arm as you come again, harder this time.
wetter.
you don’t even realize you’re crying until his thumb wipes your cheek.
“beautiful baby. perfect reactions.” his voice is quieter now. “you’re ready.”
he sets the toys aside, wipes you down with something warm and gentle. then unbuckles his belt.
his cock is thick, flushed, leaking at the tip as he strokes it once.
“last part of the exam,” he says, voice rough.
“i need to feel you around me. just to confirm everything’s working the way it should.”
you nod, dazed. “yes… please. i want it.”
he sinks into you slow—slow enough to feel every inch.
you moan, eyes rolling back.
“fuck,” he groans. “tightest little cunt i’ve ever felt. all that prep and you’re still squeezing me."
you are, though. you’re so ready it hurts.
he moves with purpose. slow and deep, hitting the same spot the toy had touched. your whole body is electric—every nerve edge-sharp.
“you gonna come on my cock now?” he pants.
“gonna let me fuck another one out of you?”
you nod desperately, nails digging into the bench. “yes—yes, i’m coming—!”
he doesn’t stop. he fucks you through it, keeps going until your moans fall apart and your thighs shake uncontrollably.
“gonna fill this little pussy up,” he grits, breath stuttering. “need to see how your body reacts to cum. medical necessity, baby.”
you cry out as he finishes inside you, hips pressed deep, holding you full.
he stays there for a long moment. breathing with you. keeping you close.
“we’ll run a follow-up in seventy-two hours. i’ll want another sample then.”
#smut#rafe cameron#rafe cameron smut#rafe outer banks#rafe x reader#rafe smut#rafe obx#outer banks rafe#outerbanks rafe#x female reader#outerbanks smut#outer banks smut#obx rafe cameron#obx rafe#obx fanfiction#drew starkey x you#drew starkey smut#drew starkey#rafe drabble#drew starkey x reader#smutty fanfiction#medical smut#medical kink#rafe cameron x reader#x fem!reader#gynecologist!rafe#gyno!rafe#© 𝐑𝐚𝐟𝐞𝐬𝐛𝐢𝐦𝐛𝐨 ۶ৎ
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