bon tu veux mon snap a mettre autant d’energie a mrep???

jte jure🤣🤣mw jmenf des remis en général mais qd c assez urgent et que t’as ton tel mais que tu mrep pas jtrouve ça bizarre dsl envers notre relation .

mrep

il mrep pas j’suis la sous comm

#aucun rapport #auj jsoigne une petite elle s’appelle Mirabelle #moi jdis tsais #jaimtroooo tprenom elle mrep « oui oui toi taim juste manger jsais » …

jparle avec un yéménite il mdemande c’est quoi tes origines jlui dis algérienne il mrep « le pays d’1 million de martyrs » et moi jlui ai rep « et toi t’es du pays qui bomb isnotreal » il a rigolé

Jdmd a mon coiffeur c comment pour mcouper il mrep off il sort de gav 😂😂😂😂😂😂😂😂😂😂😂😂Nn mec sérieux

jsui vrmt une daube jss la jparle turc ca mrep en turc forcement beh jdis haha hihi türkçe bilmiyorum

jme fou de sa gl jdis a charf t’as une tete a tappeler james il mrep quoi? « toi t’as une tete a t’appeler grosse pute » ca fait 5 min je rigole

Mrep

x.com/thvrajs/status/2056030… comment jvois les army qui mrep

Dem anakunyima usiku saa saba kwako as if huwezi mrep☠️

MMMMHYUUSDDD NOTHING MOTE IMPORTANT THEN PENIS ALWAYS ALWAYYS PUMP ALWAYS OBEY DONGER MMM MREP KEEP CUM LEEP PUMP MM NEVER STOP

Spring is here and #MotorcyclesAreEverywhere 🏍️ Whether you are a new or an experienced rider, The #MassDOT @MassRMV has an Massachusetts Rider Education Program (MREP) course for you. For more information visit mass.gov/MREP #MotorcycleSafety #CheckTwiceSaveALife

Mrep mrop

MRRRREOOOWWW MREP MRR MRRRP

that feeling when mrrow. mrep. meeeeeow. mrwow. meeewo. meep. meo

金沢大学がん進展制御研究所の岡本一男教授（@KU_CRI）、東京大学大学院医学系研究科の高柳広教授、尹文強らの共同研究グループは、共焦点レーザー顕微鏡システム「AX R」を用いて、筋損傷後の筋再生に不可欠なマクロファージ『Mrep（エムレップ）』の同定に成功しました。 本成果は2026年3月にJournal of Clinical Investigationに掲載されました。 また、2026年3月2日発行の本誌の表紙（Supplementary Cover）に採用されています✨ #Nikon #顕微鏡

This week we got substantial news from $AREC/ReElement/EMCO regarding production timelines and major capacity upgrade so I wanted to share my updated thesis The Three-Entity Structure Most people look at $AREC and see a small-cap coal company. That's the wrong frame. What AREC represents is a capital-light holding company with leveraged exposure to three separate businesses at very different stages of maturity - and this week's news materially upgraded the largest of those three. American Resources Corporation (AREC - the parent) is the upstream and brokerage engine. It operates a network of coal waste processing hubs across Appalachian Kentucky and West Virginia, sitting on roughly 120 million tons of coal refuse. Mine operators also pay to have this material remediated - which means AREC's feedstock cost is effectively zero or negative. It also holds exclusive brokerage rights to TMK, an Uzbekistan-based tungsten operation scaling toward a 5% global market share in a mineral where China controls 83% of production. The model is capital-light tolling and brokerage - AREC doesn't mine, it processes and brokers, and it holds a ~19% stake in ReElement plus majority control of EMCO. Electrified Materials Corporation (EMCO - pending spinoff) is the circular economy mirror of AREC's coal hub model. Where AREC extracts rare earths from coal waste, EMCO preprocesses end-of-life batteries (EV, LFP, NMC), permanent magnets, and e-waste - materials that recyclers often pay to dispose of. EMCO handles mechanical disassembly and initial separation, then delivers preprocessed black mass, magnet-rich residue, and battery concentrate (MREP) to ReElement for high-purity refining. EMCO has filed its Form 10 with the SEC and is awaiting effectiveness - once declared effective, AREC shareholders receive EMCO shares in a tax-free spinoff (estimated ratio ~1:5 to 1:6, meaning roughly 1 EMCO share per 5-6 AREC shares held, though the exact ratio has not been confirmed). AREC retains majority control post-spinoff. Think of EMCO as the urban feedstock arm - it's building a hub network of battery and magnet preprocessing sites targeting 40,000 MTPA of throughput by 2030, and feeding that material to ReElement at near-zero cost. When you buy AREC, you get EMCO for free before the spinoff re-rates it as a standalone. ReElement Technologies (RETC - the refining engine) is where this week's announcement was focused, and it's the core value driver of the thesis. This Week's News: What Actually Changed ReElement put out an update on the Marion, Indiana supersite buildout on March 26th that expanded the scope of Phase 1 meaningfully beyond prior guidance. Previously, the publicly discussed capacity figure was in the range of 8,000–10,000 metric tons. The updated Phase 1 now encompasses four distinct production lines totaling over 16,000 metric tons of annual separated and purified oxide capacity - roughly double earlier estimates. CEO Mark Jensen confirmed in an inteview that the buildout is tracking at less than 75% of budget. On time, under budget, capacity doubled. Those three things don't usually happen simultaneously in critical minerals infrastructure. The four lines are: REE Recycled Feedstocks - Processing magnet-grade rare earths (Nd, Pr, Dy, Tb) from swarf, hard drives, EV motors, wind turbines, and industrial scrap. Up to 7,000 metric tons annually at ≥99.5% purity. This is EMCO's primary output stream feeding directly into this line. REE Primary Feedstocks - Processing mixed rare earth carbonates and oxides sourced globally, covering Nd, Pr, Dy, Tb, Y, Gd, Sm, with ongoing development for Lu, Yb, and other heavy rare earths. Up to 7,000 metric tons annually at 99.5%–99.999% purity. AREC's coal hub leachate flows into this line. Specialty Hard Products Recycling - Focused on thermal barrier and specialty materials recycling, including yttrium (Y), gadolinium (Gd), zirconium (Zr), samarium (Sm), and cobalt (Co). Over 2,000 metric tons annually at 99.9%–99.99% purity. Semiconductor and Strategic Materials - This is the new addition that most people haven't focused on. Germanium (Ge), gallium (Ga), and other secondary materials from recycled and primary sources. Over 500 metric tons annually at ≥99.5% purity. That last line deserves emphasis. Ge and Ga aren't rare earths - they're semiconductor-critical materials that China has actively weaponized through export restrictions. When China restricted Ga and Ge exports starting in 2023 and escalated through 2024–2025, it demonstrated exactly how dependent Western defense and semiconductor supply chains are on Chinese midstream processing. ReElement producing both domestically - from coal waste feedstock at near-zero cost - is strategically significant beyond the rare earth thesis. The platform competes with Chinese refiners on price while operating at substantially higher purity (5N, or 99.999%, for some elements vs. the 99.5% typical of Chinese commodity output). ReElement's technology - LAD chromatography licensed from Purdue and extended through 7 self-developed patents - avoids the solvent extraction methods that make Chinese refining difficult to replicate cleanly outside China. The modular architecture means adding production lines takes 6–9 months on existing base-load infrastructure, not years of greenfield permitting. The Economics From This Announcement The capacity announcement gives a clearer picture of revenue potential at full Phase 1 utilization. At blended ASPs for the element mix across all four lines - with heavy REEs (Dy, Tb, Gd) in the $300–800/kg range for defense-grade, NdPr in the $80–120/kg range, Ge at ~$1,000/kg, and Ga at $300–600/kg - 16,000 MTPA of throughput at even modest utilization and conservative pricing represents a multi-hundred-million dollar revenue run rate. ReElement has guided to blended EBITDA margins above 30% at scale. The project being under budget is also material - it implies less dilution pressure to fund the buildout than I originally modeled. Initial production starts Q3 2026. Full Phase 1 commissioning completes by year-end 2026. Now all we do is wait as buildout continues, stays under budget, and watch things unfold. Long $AREC 🚀 NFA DYOR

Mon voisin jcrois il est sourd a chaque fois jlui dit bjr il mrep pas bah ntr