#pamining

[gsinfotechvispvtltd]

Future of Coal Imports: Adapting to Renewable Energy Transition

Introduction

The global energy landscape is undergoing a significant transformation as countries pivot toward renewable energy sources to address climate change and achieve sustainability goals. This shift raises critical questions about the future of coal imports, a historically dominant energy resource. While coal continues to play a crucial role in meeting energy demands, its long-term relevance is being challenged by the growing emphasis on green energy.

Coal Imports: The Current Scenario

Coal has been a primary source of energy for decades, powering industries and generating electricity worldwide. Many countries, especially those lacking domestic coal reserves, rely heavily on imports to fuel their energy needs. Nations like India, China, and Japan are among the largest coal importers, using it to support industrial growth and electrification.

However, the environmental toll of coal, including high carbon emissions and air pollution, has led to mounting global pressure to reduce dependency on this fossil fuel. International agreements such as the Paris Accord and regional policies targeting net-zero emissions are accelerating the transition toward cleaner energy alternatives.

Challenges Facing Coal Imports

Economic Viability: The cost of renewable energy technologies such as solar and wind has significantly decreased, making them more competitive with coal. Governments are investing in renewable infrastructure, reducing coal's attractiveness as a long-term energy solution.

Environmental Regulations: Stricter environmental laws and carbon taxes in many countries are making coal imports less economically feasible. Importers face higher costs for coal-fired power plants and pollution control measures.

Energy Security and Diversification: Many nations are focusing on diversifying their energy mix to reduce reliance on coal imports. Renewable energy not only mitigates environmental concerns but also enhances energy security by utilizing domestic resources like sunlight and wind.

Opportunities in the Transition

While the decline in coal imports seems inevitable, the transition offers opportunities for coal-dependent economies and industries to adapt:

Investing in Cleaner Coal Technologies: Until renewables completely replace coal, technologies such as carbon capture and storage (CCS) can help reduce emissions from coal usage, making it a cleaner energy option.

Repurposing Infrastructure: Coal-importing nations can repurpose coal terminals, ports, and supply chain networks for renewable energy components like wind turbines and solar panels.

Job Reskilling Programs: The transition requires a workforce shift. Countries can invest in reskilling coal industry workers for roles in the growing renewable energy sector, ensuring a smoother socio-economic transformation.

Balancing Coal and Renewables

For many developing nations, an immediate shift from coal to renewables is not practical due to the need for consistent energy supply and infrastructure limitations. A balanced approach that combines coal imports with renewable investments can ensure energy security during the transition period. Hybrid solutions, such as integrating renewables with existing coal-fired plants, can be an interim measure.

Conclusion

The future of coal imports lies in adapting to the renewable energy transition. While coal may remain a part of the energy mix in the short term, its dominance is steadily waning. Importing nations must embrace this transition by investing in renewable infrastructure, cleaner coal technologies, and workforce development.

As the world moves toward a greener future, the role of coal imports will diminish, marking a pivotal shift in global energy dynamics. The key is proactive adaptation, ensuring economic stability while striving for a sustainable tomorrow.

[metaphorical-goblin]

depression........ curse............

[red-dyed-sarumane]

i hope i am not only the resident hiiragi magnetite fan to u people but also the resident dopam!ne fan

[duerede]

I am doing all this for five mutuals who make it worth it. If it weren't for them I'd be running a cryptomining empire and making millions. Making bank. Rolling in it. The dough that is. But because of the dough-pamine of peer recognition I'm here posting. Just fyi.

[salmiakkisaatana]

jos saisit valita stardew'ssa romansoitavaksi jonkun jota nyt ei voi, kenet valitsisit

(mä ottaisin pamin. i could fix you mommy)

Robin! Tai se velho. Molemmat on niiiiin 🤌🤌🤌

Olin nii pettyny ku sain tietää et Robinil on jo mies :( Robin on niin milf et mäki haluisin mennä sen kaa naimisii vaik oon umpihomo

[charlotte-of-wales]

Happy 8th birthday to Prince Liam of Nassau!

Born on 28 November 2016, Liam Henri Hartmut is the youngest childof Prince Felix and Princess Claire of Luxembourg, as well as the third grandson and fourth grandchild of Grand Duke Henri and Grand Duchess Maria Teresa. He is currently in sixth place in the line of succession.

Prince Liam was baptized on 22 April 2017 in the Chapel of the Choir, St. Peter's Basilica in the Vatican City. His godparents are his paternal uncle Prince Sebastien of Luxembourg and Anna-Maria Pamin, a friend of his mother.

[cpidscloud]

LOVEPILL is an 8 member fictional South Korean boy-group under CLOUD Entertainment. The group is composed of leader Junghwa and members Romeo, Hyunwoo, Kenji, Theo, Hayden, Matti and Angel. They debuted in 20XX with debut mini album LOVESICK.

INFO❤︎ group name: LOVEPILL label: CLOUD Entertainment fandom: LOVELIES fandom colors: cupid’s arrow (#ffb8d2) cupid’s sorrow (#540321)

an overview ⋆𐙚₊˚⊹♡ Not long after SON!C's first comeback promotions finished up, CLOUD debuted their first boy group. Their debut mv didn't have the best budget, as most of CLOUD's resources went to SON!C's marketing and future comeback, but the song made up for it. RUSSIAN R❤︎ULETTE's release did relatively well as COMETS tuned in to see SON!C's 'younger brothers' in the company. Its sweet and cute aesthetics paired with the subtle notes of something sinister underneath turned heads towards them as fans made fun theories on possible meanings behind the mv and song. Their debut stage had a good amount of views for a rookie group from a new company, and they gained a decently sized audience. Their next release was a single: saccharine. The music video had a sharp influx of views due to clips of it getting posted to different platforms for its slasher movie aesthetics layered on top of LOVEPILL's usual sweet concept. As an entirely English release, it was able to reach a larger audience. Its 'twisted-love' lyrics paired with the imagery in the music video made it stand out against their previous release, successfully drawing in new fans. LOVEPILL, as of nowadays, is most known for their dual-concepts; the 'LOVE' in their name representing their cuter, more fantasy inspired concept and the 'PILL' in their name representing their more darker, horror inspired concept. Going off their base idea of a group with dual-concepts, CLOUD decided to begin writing elaborate lore for LOVEPILL that would be depicted through their mvs, album medley films, and album photobooks. LOVEPILL's newly forming lore made its debut in their 2nd mini album SICKLY SWEET. The first music video to release was for their b-side, the rumor. The music video had a distinct vhs style filming and drew clear inspiration from found films. With the release of their title track, d❤︎pamine, their music video lore officially began. It seemed like LOVEPILL was sticking to their fantasy concept, but something more was definitely lurking underneath all the dreamy landscapes and imagery. Fan theories quickly gained traction on apps like TikTok and YouTube, which raised their view count and number of fans as LOVELIES were eager to see just where their storyline was going.

MEMBERS ♡ྀི DISCOGRAPHY ♡ྀི LORE ♡ྀི

♡ ‧₊˚ ⋅ ౨ৎ ‧₊ .ᐟ

[tribunborneokalbar]

Tambang Emas (Ilegal)+alat Berat' Merusak Ekosistem Kalimantan Barat (Ketapang) Titik Lubuk Toman

© tambang Emas Yang Telah Lama Beroperasi Di kabupaten Ketapang Kalimantan Barat (KalbaR), telah Beroperasi Lama Dan Menjadi Mata Pencairan sebagian orang Pribumi dan Perantauan, Kilauan emas yang Menjadi Pendapatan Sebagian Besar di Daerah Indotani, sampai Di beberapa titik lokasi, Sampai Dimana Bos Besar Dan Beberapa Oknum APH yang terlibat, Dari tingkat Kabupaten dan Provinsi, setelah Pihak Tim Media Dan Beberapa Yang Di Bantu oleh Putra Daerah Dengan Peduli Lingkungan, akhirnya Sepakat Untuk menghentikan dari Kegiatan yang sangat Meresahkan dan Menguntungkan dari Pihak-pihak Pemilik alat Berat/ Exsa

Setelah Melakukan Pendalaman Teryata Pihak-pihak Tersebut mimilki 1 Bos Yang sangat Di KenaL dengan Sebutan Inisial AH Bahkan Keterlibatan Yang sangat" Luar biasa Pengurus Dilapangan Itu BerasaL dari Oknum Institusi yang sangat kami sayangkan, Beberapa Bukti dan Pengakuan Setoran Dan Kordinasi Telah Kami Kantongi, Agar Pihak-Pihak Langsung Dari PaminaL Polri' dan Detasemen Polisi' Militer (DeNPoM AD) bisa Menindak Oknum-oknum Terkait,…

Oprasi alat Yang sangat Besar Di Lokasi Tambang Emas, dengan Beberapa belasan bahkan puluhan Unit Exsa, Dengan Terbagi Beberapa Pengurus, Inisial ( J ) + ( Y ) + ( F ) Dan Keterlibatan Penerima setoran Media maupun Terkait Oknum, Sudh Kami Kantongi, Akan Kami Berikan Kepada Penyidik Mabes Polri' Dan Kejaksaan, setiap Bahasa Dan Informasi dari Narasumber, Sangat akurat dan Mengantongi Bukti sesuai Dengan Kelengkapan Alat Bukti yaitu, Dokumentasi dan Pengakuan,..

[daemo72]

"in love with doe-pamine"

[trivalentlinks]

there has been a question raised of whether animals can be infected with cordyceps in The Last of Us, and unfortunately I have some thoughts:

so i think we are pretty safe from crows with cordyceps, because the premise in the show is that cordyceps traditionally could not survive at high temperatures, that's why previously only insects and cold blooded animals would get infected, but because of global warming, the fungi mutated to be able to infect humans

most birds (including crows), though, have even higher body temperature than humans (41C for crows vs 37C for humans (106F vs 98F)), so the world would have to warm significantly to encourage cordyceps mutations that would affect them. those lucky birds.

(many bats also have body temperatures close to 41C, which is why when humans get infected by bat viruses, it's often very difficult for our immune systems to cook the viruses, since they were evolved to survive in much higher temperature bodies than ours)

monkeys, though, have similar body temperature to humans and are thus probably screwed :-(

of course, all of this is tlou specific. in real life, the mechanisms for who's more likely to get zombified are quite different

there are certainly many species that can get infected by diseases that control their behavior, ants getting hijacked by cordyceps (like in TLOU), and also by brain-controlling worms, and make them climb stalks of grass so that they get seen by predators. also crickets can have behaviour controlled by hairworms (nematodes)

... but it's not just insects/cold blooded animals, either

rats can be infected by toxoplasmosis, a protozoa parasite that makes them approach cats (so they get eaten and the toxo can reproduce inside the cat). and then there's rabies that can infect larger mammals (including humans), and make them bitey and aggressive, though in some cases they can make them tame and friendly instead, which is why you're supposed to avoid friendly wild animals

so it's not body temperature that's protecting humans so we don't all turn into zombies, so I guess the question is, what is it?

((warning: I have tried to be as sensitive as I can here, but I am a neuro-typical writing about neuro-divergence; I've gone back and forth on whether to post this, but I do find this idea fascinating and thought others might, too. if you're a mutual or a follower, I hope you would do me the kindness of assuming good faith on my part.

that said, i'd be happy to take this down if asked to!))

one hypothesis i find very fascinating is this idea of Del Giudice that what's saving us (and other large, K-selected animals) is weird brain chemistry and neuro-diversity. (also explained in a more down-to-earth way here, which is where if first learned about it)

to illustrate this, let's compare shrimp (called 'gammarids' in the paper if you want to check) to rats in terms of susceptibility to mind-controlling parasites. shrimp are constantly getting their brains hijacked by parasites, whereas rats are susceptible to toxo but this is an anomaly

with shrimp, the parasite controls their brain by increasing serotonin. toxo controls rats by increasing their levels of dopamine.

so far so similar.

where it becomes different is the way that the parasites increase the chemical: shrimp parasites hijack their brains by directly injecting serotonin into them. toxo does NOT just inject dopamine into the host. instead, it takes a much more circuitous route:

toxoplasma cysts do not directly secrete dopamine into the host’s brain; instead, they release a key enzyme in the synthesis of do- pamine (tyrosine hydroxylase) to increase its production by infected neurons (…). In male rodents, toxoplasma also invades the testes, where it stimulates the production of testosterone. Elevated testosterone increases vasopressin expression in the medial amygdala, a neu- rochemical alteration that seems to play a key role in the onset of “feline attraction” (…).

and that's only part of it, because scientists still don't understand the whole picture of how toxo controls rats; the reason that toxo can't just inject dopamine is because it wouldn't work: it actually makes rats avoid cats more:

Injecting serotonin in gammarid crustaceans is sufficient to reproduce the full syndrome caused by helminth infection (…); but increasing the availability of dopamine in the brain of ro- dents fails to evoke the “feline attraction” in- duced by toxoplasma—if anything, it seems to prompt avoidance behaviors rather than approach (…)

(emphasis mine. also when quoting the paper, I have removed their citations to make the text easier to read. you can find the citations in the link.)

The point being, our brains are really freaking complicated and all the chemical mechanisms work differently from what might be expected, because if they were simpler we'd all get hijacked by parasites all the time.

According to this hypothesis, this has the effect of making many mental illnesses very hard to treat: like you would hope that if some feeling is associated with low dopamine, then giving people the enzymes that go into creating dopamine (as dopamine itself can't pass the blood-brain barrier), would simply make them feel better, but, as in rats, this doesn't work, and sometimes causes psychosis

but, of course, there are parasites, like toxo, that can hijack even the brains of animals with complex mechanisms, like rats, so why haven't they zombified all of us?

One possible answer is variations in brains within our species (aka neuro-diversity). Just like how everyone's immune system is different so that parasites can't evolve around them, our brain chemistries are different from each other, so that parasites can't evolve around their mechanisms

To be clear, I am NOT saying anyone's struggles or difficulties with brain chemistry weirdness is a good thing/worth it to save humanity from all being zombified by parasites; i know that for many people brain chemistry struggles can be brutally hard to work with and is sometimes even fatal, and i would absolutely not be so presumptuous as to say someone else's pain is worth it for our species--indeed isn't part of the message of TLOU that saving humanity from all getting zombified may not be worth a child's life? though if you like your particular brain chemistry weirdness, then of course it's a good thing, and i celebrate it with you!

this also manifests in our responses to drugs; serotonin is known to make people feel better, and one major class of anti-depressants are selective serotonin reuptake inhibitors, or SSRIs, which inhibit serotonin reuptake, so that your cells end up with more serotonin around them

but apparently, while they work for many people, they cause some people to be more depressed, and may even cause some people psychosis, which can be very frustrating and terrifying for these patients,

According Del Giudice's hypothesis, if it weren't this way, we'd all have been zombified by some serotonin-reuptake-inhibiting brain parasite millions of years ago;

this variance in human brain chemistry may be a byproduct of our million year war with zombie-ism

.

Anyway, it's just some guy's theory, and many scientists are critical of evolutionary psychology anyway, but I find this idea that neurodiversity is part of what's saving us from all getting zombified somewhat interesting

[gsinfotechvispvtltd]

The Role of Coal Imports in Bridging the Global Energy Gap

Introduction

As the world grapples with increasing energy demands and the ongoing transition to renewable energy, coal remains a vital component in the global energy mix. For many nations, coal imports serve as a critical mechanism to meet energy needs, ensure industrial growth, and maintain economic stability. This blog explores how coal imports contribute to bridging the global energy gap and the challenges and opportunities they present.

Coal Imports: A Lifeline for Energy-Deficient Nations

Countries with limited domestic coal reserves rely heavily on imports to fuel their power plants and industries. Emerging economies, in particular, face an energy deficit as they strive to meet the demands of growing populations and expanding industries. For these nations, coal imports provide a stable and cost-effective solution to ensure a consistent energy supply.

Example: India and China are among the largest importers of coal globally. Despite having significant domestic reserves, their internal production often falls short of meeting the energy demands of their large populations and industrial sectors.

Energy Security and Economic Growth

Coal imports play a crucial role in bolstering energy security, particularly in regions with inadequate renewable energy infrastructure. Energy security ensures uninterrupted power supply, which is essential for economic activities such as manufacturing, transportation, and construction.

Insight: For energy-intensive industries like steel production, imported coal with specific quality requirements is indispensable. It ensures the production processes remain efficient and competitive in global markets.

Challenges in Coal Importation

While coal imports help bridge the energy gap, they come with challenges:

Supply Chain Vulnerabilities: Importing coal involves complex logistics, including transportation, storage, and distribution. Disruptions in supply chains—due to geopolitical tensions, natural disasters, or trade restrictions—can jeopardize energy security.

Environmental Concerns: The reliance on coal, whether imported or domestic, raises concerns about greenhouse gas emissions and climate change. Nations importing coal face increasing pressure to balance energy needs with environmental commitments.

Price Volatility: Coal prices are subject to fluctuations in global markets, influenced by factors like demand, production, and transportation costs. This volatility can strain the budgets of importing countries.

Future of Coal Imports in a Renewable World

The global shift toward renewable energy sources is reshaping the role of coal imports. As countries invest in solar, wind, and hydropower, the reliance on coal is expected to decline gradually. However, the transition is uneven across regions, with many developing economies likely to depend on coal imports for the foreseeable future.

Example: Southeast Asian nations like Vietnam and the Philippines continue to rely on coal imports to address their growing energy needs while simultaneously developing renewable energy infrastructure.

Conclusion

Coal imports are a crucial tool for bridging the global energy gap, particularly in energy-deficient regions. While they provide a reliable solution to meet immediate energy demands, their long-term sustainability depends on addressing environmental concerns and embracing cleaner energy alternatives.

As the world moves toward a greener future, coal imports will likely play a transitional role, helping nations balance their energy needs while building capacity for renewable energy. For now, coal remains a key player in ensuring energy access and economic progress across the globe.

[vocalsynthrecs]

かなわないわ || Kanawanaiwa

original song by ツミキ

CeVIO original by ど～ぱみん (Do~pamine) featuring KAFU —————————————————————————————

a really slick and moody KAFU song is the best way i can explain this one! it feels slick in a cool guy way if that makes any sense? its a slower song, please give it a shot! Entry #132

[dopaminegyro]

so unfortunate that my username is exactly 12 letters long so splitting it perfectly in half could be a troll name but the second half . resembles a slur that i cannot say in good conscience. anyway which is better degyro opamin or gyrodo pamine

[gastyo956285]

Gf stomach growls

She was eating a lot and not only she fart but she got diabetes

(this is fake but the farting is not fake) search pamination st fnf

[jeeppu]

nyt ei sitten taas siirrellä Pamin lakkoja ens viikolla, viikon loma tulis enemmän kuin tarpeeseen!!

[charlotte-of-wales]

Happy 7th birthday to Prince Liam of Nassau!

Born on 28 November 2016, Liam Henri Hartmut is the youngest childof Prince Felix and Princess Claire of Luxembourg, as well as the third grandson and fourth grandchild of Grand Duke Henri and Grand Duchess Maria Teresa. He is currently in sixth place in the line of succession.

Prince Liam was baptized on 22 April 2017 in the Chapel of the Choir, St. Peter's Basilica in the Vatican City. His godparents are his paternal uncle Prince Sebastien of Luxembourg and Anna-Maria Pamin, a friend of his mother.