#veath

[444names]

magic spells + minerals + musical instruments + mythical humanoids BUT excluding "ite"

Abhura Abhure Abridium Abswurmba Abswurtz Admium Aganadine Ahlfeld Akabatina Akaga Aladium Alagicmira Alitz Allerion Almantle Altano Althane Althauyne Althundaga Amarise Amartz Amblygon Andium Anger Angle Anker Anopodum Antableife Antadium Antal Anter Antes Antessartz Antima Antine Anylin Apagon Apath Aquartz Arctine Argenium Argon Armontime Arsen Artinum Aubernon Augelie Augilarea Aviga Avoga Babweistle Baltime Baramecat Barapagon Barrocean Barrogent Bassane Bassflugel Bastrope Beckel Benalstos Benster Bergentum Berlandpan Biogaard Birnet Bismuthiel Blado Blase Blinard Bline Blity Bonead Bouldrete Boultija Bouse Bowenier Braga Brambulla Brame Brect Breife Brown Buddine Bugbeam Burst Cadmon Calumpet Carpmeti Carpy Caryte Celect Celence Centase Cerune Cespinna Chaid Chalc Chalcopian Chane Chanimaid Chaun Chlightnin Chlorax Chlore Chrophane Chrysocold Chrysocolt Clase Clast Claster Clead Cline Clurose Cochlor Colla Colum Columpet Combertine Cotuns Creeze Crine Cruthengu Cubus Cupalyte Cupriga Cuprotect Cuspine Cycloak Delane Demes Deroxyhyte Descloak Deviller Diatorm Dicot Dioclase Doomsoni Draun Dypine Dyscruth Dzharp Edeath Eosphannin Eospharp Ephess Euphorn Ferber Ferrum Ferrumhaun Firen Firer Firess Flample Florado Fluora Fluorax Fluorlin Fluorst Fraise Francevil Frosass Frose Frospine Frossulfur Frostile Gabrase Geight Geissartz Ghouse Gigan Glaur Goldbeam Grafton Graftonium Grandine Grenie Grune Guetter Guettitard Gwihabass Gwise Hagen Halcon Hauerlane Haumhorn Hedenium Hemater Hemuline Herbolt Heularen Hibolt Hibone Hiärnet Hydrogumo Iceblase Icebline Icesand Icesane Icesh Iceste Inferryl Inyip Iodolo Irine Irocolore James Jangbeam Kaatin Kamantle Kamar Kamet Kampire Kernakit Kinitrich Kinoclase Knort Kogaard Koreid Kosmium Kostcloak Krankhain Kremes Krenium Krier Krierius Krutile Labogummy Largendine Laver Leghinx Legrate Leucophope Lifenium Light Ligoclast Limore Liron Lizara Lizzaga Lonica Lublino Lutinaiad Lycrase Lyonsday Magioclase Magnet Mallase Malthunde Manid Maragon Maring Mascorn Melagon Melan Menicocon Mermar Mermica Mermone Meyerehnik Millian Mohrist Moolo Mottara Mundes Namba Namballast Namecloak Nephane Neptuns Nickarlesh Nickshin Noblin Nontine Népoud Obolt Obsider Ocean Ogren Ogreshane Okesiopar Oregon Orkitsuna Osard Osartz Osumentum Palla Palyze Pascloak Pauli Pecork Pectrian Penrose Pentorc Pentum Peoplesh Perror Phone Phorn Phornubi Phospine Picreenard Picropes Pinel Pipes Plagion Plagonium Plandpangu Plumbery Plumica Polarima Povond Powende Prouse Psillo Pumpet Pääkkönena Quakratase Quamarsen Quart Quartrope Rechten Renzy Rhene Rhodona Rhodot Rhombito Rhorn Ringtone Robolter Roclase Romorder Routhene Ruitar Rutine Sabie Sacring Salet Saltija Sameghin Santle Sauchuldra Schromium Segel Selier Selin Semsenock Serelind Seren Sewardyst Shado Shane Shantabar Shinx Sider Simple Simploid Sinet Singzhone Skutnina Smium Soapstile Sodalind Sparimate Spear Spectolitz Sphone Sphurium Spine Staura Steeligo Stenste Stericks Stile Stinel Stinum Stopascora Strochrise Stron Studtitan Sulayfairy Sulfury Sunerecate Surst Synchyst Temanger Teruda Thalcolare Thene Thune Tobertitan Todon Traspod Tremline Trine Triplity Tripple Tropes Tsavogaard Tschonel Tsunflesh Ulricreeze Ultrase Ulvöspine Undaga Uralabolt Ureak Urealgan Urush Valladium Vanid Vansmuth Vanura Veath Veslow Vesune Violar Vivine Vlade Vlast Wakaban Wende Wendine Werecork Willin Willine Wollo Wulfury Wurmba Wurtz Wyart Wyartin Xantar Ximene Ximete Yeelpan Yukspod Zabuyelie Zards Zhane Zhonead Zhony Zinak Zirconfuse

[plagues01]

Nova has a big tiddy daedra girlfriend named Veath. She is the Demiprince daughter of Mehrunes Dagon.

She don't like wearing shirts.

[charly--and--me]

dio stunks und diva real stolks are to hot not holygun enogh are v-neck trap wi-fi lsd sutton head fuck head id user are also not join vettorello family and business eine london tourus moog e.g._alles cANTARINI the twins from agnadello lodi99134 cremon a as abibibi zo köln sven veath as zu ana--sväth to her man ecstay lotto flower of death escstasie o tutto i am in bottani emyladea,,,luridea ptchka from my retro acida pandulla and rey giuda escarita ora  lotarre foolish deo enzo scovenna  reo robert terrorsi hatriks coming from clapham- south-bridge industrial stein parties love cock and shut up662427spiral0astuseanedo

[legendarydental-blog]

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[lizafton]

prestons gonna see me tmrw and beat me up or sumn on jah

I CANT VEATHE

[spearxwind]

Who would win in a fight to the veath (vore death)? Adri or excaive's :3o?

why would they fight when theyre vriends (vore friends) 

[corxscate-blog1]

me: I CNA T VEATHE SWEET SHOTA BO D Y

@aquexvitae: you @ Jude

me: fuk u

[letsmahiworld-blog]

Sulfur Recovery Technology Market – Analysis, Dynamic Business, Growth Rate, Development, Trends and Forecast 2017-2025

Sulfur Recovery Technology Market: Overview

With respect to numerous associated factors, the global sulfur recovery technology market has been thoroughly covered in the report. Various associated elements such as driving factors, prime restraints, competitive analysis, geographical outlook, and latest trends and opportunities, are comprehensively described in the report. The study compiled includes key historic factors associated with the global sulfur recovery technology market. The report also prognosticates the global sulfur recovery technology market to depict extensive growth that is expected to occur during the forthcoming years. Chief market dynamics associated with trends are also covered in the report.

Get Sample Copy of the Report @ https://www.tmrresearch.com/sample/sample?flag=B&rep_id=3428

Sulfur Recovery Technology Market: Drivers and Restraints

This market is mainly being driven owing to a rising demand for sulfur in various applications. Ranging from metallurgy and medicines to chemical plants and geotechnical investigations, knowledge about presence of sulfur and its extraction is highly necessary. Extensive geological studies also involve the study of sulfur present in specific regions, coupled by taking into account its formation under particular conditions, thereby driving the global sulfur recovery technologies market. Boundless innovations occurring in extraction of sulfur and its use in various industries is also responsible for making the market pick up notable pace.

However, extraction of sulfur is highly expensive, which may make it difficult for new players and enterprises stand their ground against well-established companies having large capital. This factor has been marginally responsible for driving the global sulfur recovery market in recent times. Rising concerns about technical risks that might cause high losses to companies is also discouraging them from embracing newer technologies. However, this picture is soon expected to change with favorable initiatives offered by several governmental bodies all over the world to encourage the sulfur extraction processes.

Request TOC of the Report @ https://www.tmrresearch.com/sample/sample?flag=T&rep_id=3428

Sulfur Recovery Technology Market: Geographical Outlook

This market is mainly spread across North America, South America, Asia Pacific, Europe, and the Middle East and Africa. Of these, Europe and the Middle East and Africa holds a leading position in terms of maximum revenue gained compared to other regions. This is mainly due to ample amounts of sulfur deposits found in these regions, coupled with highly advanced oil and gas reserves existing, wherein high chances of finding sulfur are present. Companies working in this region are making rampant use of advanced technologies to detect and extract sulfur.

However, many players are looking forward to establish themselves properly in Asia Pacific too, owing to existence of numerous places where sulfur extraction can be carried out. Thus, Asia Pacific is projected to depict a rapid development in the global sulfur extraction market during the forthcoming years. North America is expected to depict extensive growth too, thanks to the advanced techniques and methodologies being provided to international clients by well established players.

Sulfur Recovery Technology Market: Competitive Landscape

This market exhibits a highly fragmented vendor landscape to exist mainly due to the presence of numerous players. Most service providers have formed a strong clientele base by developing exceptional sulfur recovery technologies. With widespread advancements prognosticated to occur in the global sulfur recover technology market, the competitive scenario is expected to intensify, as more players could make their foray in this field. Many companies are implementing prime strategies in the form of product differentiation, cost regulations, and extensive investments in research and development to maintain their standing in the market.

Linde AG, GTC Technology, TechnipFMC, WorleyParsons, Prosernat, Fluor Corporation, KT Kinetics Technology SPA, Bechtel Corporation, Jacobs Engineering Group, KNM Group Berhad, CB&I, Royal Dutch Shell, Black and Veath Holding Company, John Wood Group, Chiyoda Corporation, and Exxon Mobil Corporation, are key players operating in the global sulfur recovery market.

Read Comprehensive Overview of Report @ https://www.tmrresearch.com/sulfur-recovery-technology-market

About TMR Research:

TMR Research is a premier provider of customized market research and consulting services to business entities keen on succeeding in today’s supercharged economic climate. Armed with an experienced, dedicated, and dynamic team of analysts, we are redefining the way our clients’ conduct business by providing them with authoritative and trusted research studies in tune with the latest methodologies and market trends.

Contact:

TMR Research,

3739 Balboa St # 1097,

San Francisco, CA 94121

United States

Tel: +1–415–520–1050

[priyankaganguly-blog]

Sulfur Recovery Technology Market – Revolutionary Scope & Emerging Trends 2025

Sulfur Recovery Technology Market: Overview

With respect to numerous associated factors, the global sulfur recovery technology market has been thoroughly covered in the report. Various associated elements such as driving factors, prime restraints, competitive analysis, geographical outlook, and latest trends and opportunities, are comprehensively described in the report. The study compiled includes key historic factors associated with the global sulfur recovery technology market. The report also prognosticates the global sulfur recovery technology market to depict extensive growth that is expected to occur during the forthcoming years. Chief market dynamics associated with trends are also covered in the report.

Request Sample Copy of the Report @

https://www.tmrresearch.com/sample/sample?flag=B&rep_id=3428

Sulfur Recovery Technology Market: Drivers and Restraints

This market is mainly being driven owing to a rising demand for sulfur in various applications. Ranging from metallurgy and medicines to chemical plants and geotechnical investigations, knowledge about presence of sulfur and its extraction is highly necessary. Extensive geological studies also involve the study of sulfur present in specific regions, coupled by taking into account its formation under particular conditions, thereby driving the global sulfur recovery technologies market. Boundless innovations occurring in extraction of sulfur and its use in various industries is also responsible for making the market pick up notable pace.

However, extraction of sulfur is highly expensive, which may make it difficult for new players and enterprises stand their ground against well-established companies having large capital. This factor has been marginally responsible for driving the global sulfur recovery market in recent times. Rising concerns about technical risks that might cause high losses to companies is also discouraging them from embracing newer technologies. However, this picture is soon expected to change with favorable initiatives offered by several governmental bodies all over the world to encourage the sulfur extraction processes.

Sulfur Recovery Technology Market: Geographical Outlook

This market is mainly spread across North America, South America, Asia Pacific, Europe, and the Middle East and Africa. Of these, Europe and the Middle East and Africa holds a leading position in terms of maximum revenue gained compared to other regions. This is mainly due to ample amounts of sulfur deposits found in these regions, coupled with highly advanced oil and gas reserves existing, wherein high chances of finding sulfur are present. Companies working in this region are making rampant use of advanced technologies to detect and extract sulfur. 

Request TOC of the Report @

https://www.tmrresearch.com/sample/sample?flag=T&rep_id=3428

However, many players are looking forward to establish themselves properly in Asia Pacific too, owing to existence of numerous places where sulfur extraction can be carried out. Thus, Asia Pacific is projected to depict a rapid development in the global sulfur extraction market during the forthcoming years. North America is expected to depict extensive growth too, thanks to the advanced techniques and methodologies being provided to international clients by well established players.

Sulfur Recovery Technology Market: Competitive Landscape

This market exhibits a highly fragmented vendor landscape to exist mainly due to the presence of numerous players. Most service providers have formed a strong clientele base by developing exceptional sulfur recovery technologies. With widespread advancements prognosticated to occur in the global sulfur recover technology market, the competitive scenario is expected to intensify, as more players could make their foray in this field. Many companies are implementing prime strategies in the form of product differentiation, cost regulations, and extensive investments in research and development to maintain their standing in the market.

Linde AG, GTC Technology, TechnipFMC, WorleyParsons, Prosernat, Fluor Corporation, KT Kinetics Technology SPA, Bechtel Corporation, Jacobs Engineering Group, KNM Group Berhad, CB&I, Royal Dutch Shell, Black and Veath Holding Company, John Wood Group, Chiyoda Corporation, and Exxon Mobil Corporation, are key players operating in the global sulfur recovery market.

Read Comprehensive Overview of Report @

https://www.tmrresearch.com/sulfur-recovery-technology-market

About TMR Research

TMR Research is a premier provider of customized market research and consulting services to business entities keen on succeeding in today’s supercharged economic climate. Armed with an experienced, dedicated, and dynamic team of analysts, we are redefining the way our clients’ conduct business by providing them with authoritative and trusted research studies in tune with the latest methodologies and market trends.

[paskharogi-blog]

TUGAS INDIVIDU ETIKA BISNIS # NAMA            :PASKHA YEHESKIEL ROGI NPM               :18214405 KELAS           : 3EA10 TUGAS ETIKA BISNIS# CONTOH KASUS ETIKA BISNIS

PT. Perusahaan Listrik Negara (Persero) adalah perusahaan pemerintah yang bergerak di bidang pengadaan listrik nasional. Hingga saat ini, PT. PLN masih merupakan satu-satunya perusahaan listrik sekaligus pendistribusinya. Dalam hal ini PT. PLN sudah seharusnya dapat memenuhi kebutuhan listrik bagi masyarakat, dan mendistribusikannya secara merata.

Usaha PT. PLN termasuk kedalam jenis monopoli murni. Hal ini ditunjukkan karena PT. PLN merupakan penjual atau produsen tunggal, produk yang unik dan tanpa barang pengganti yang dekat, serta kemampuannya untuk menerapkan harga berapapun yang mereka kehendaki. Pasal 33 UUD 1945 menyebutkan bahwa sumber daya alam dikuasai negara dan dipergunakan sebesar-besarnya bagi kemakmuran rakyat. Sehingga. Dapat disimpulkan bahwa monopoli pengaturan, penyelengaraan, penggunaan, persediaan dan pemeliharaan sumber daya alam serta pengaturan hubungan hukumnya ada pada negara. Pasal 33 mengamanatkan bahwa perekonomian Indonesia akan ditopang oleh 3 pemain utama yaitu koperasi, BUMN/D (Badan Usaha Milik Negara/Daerah), dan swasta yang akan mewujudkan demokrasi ekonomi yang bercirikan mekanisme pasar, serta intervensi pemerintah, serta pengakuan terhadap hak milik perseorangan. Penafsiran dari kalimat “dikuasai oleh negara” dalam ayat (2) dan (3) tidak selalu dalam bentuk kepemilikan tetapi utamanya dalam bentuk kemampuan untuk melakukan kontrol dan pengaturan serta memberikan pengaruh agar perusahaan tetap berpegang pada azas kepentingan mayoritas masyarakat dan sebesar-besarnya kemakmuran rakyat. Contoh kasus monopoli yang dilakukan oleh PT. PLN adalah:1   Fungsi PT. PLN sebagai pembangkit, distribusi, dan transmisi listrik mulai dipecah. Swasta diizinkan berpartisipasi dalam upaya pembangkitan tenaga listrik. Sementara untuk distribusi dan transmisi tetap ditangani PT. PLN. Saat ini telah ada 27 Independent Power Producer di Indonesia. Mereka termasuk Siemens, General Electric, Enron, Mitsubishi, Californian Energy, Edison Mission Energy, Mitsui & Co, Black & Veath Internasional, Duke Energy, Hoppwell Holding, dan masih banyak lagi. Tetapi dalam menentukan harga listrik yang harus dibayar masyarakat tetap ditentukan oleh PT. PLN sendiri. 2   Krisis listrik memuncak saat PT. Perusahaan Listrik Negara (PT. PLN) memberlakukan pemadaman listrik secara bergiliran di berbagai wilayah termasuk Jakarta dan sekitarnya, selama periode 11-25 Juli 2008. Hal ini diperparah oleh pengalihan jam operasional kerja industri ke hari Sabtu dan Minggu, sekali sebulan. Semua industri di Jawa-Bali wajib menaati, dan sanksi bakal dikenakan bagi industri yang membandel. Dengan alasan klasik, PLN berdalih pemadaman dilakukan akibat defisit daya listrik yang semakin parah karena adanya gangguan pasokan batubara pembangkit utama di sistem kelistrikan Jawa-Bali, yaitu di pembangkit Tanjung Jati, Paiton Unit 1 dan 2, serta Cilacap. Namun, di saat yang bersamaan terjadi juga permasalahan serupa untuk pembangkit berbahan bakar minyak (BBM) PLTGU Muara Tawar dan PLTGU Muara Karang.Dikarenakan PT. PLN memonopoli kelistrikan nasional, kebutuhan listrik masyarakat sangat bergantung pada PT. PLN, tetapi mereka sendiri tidak mampu secara merata dan adil memenuhi kebutuhan listrik masyarakat. Hal ini ditunjukkan dengan banyaknya daerah-daerah yang kebutuhan listriknya belum terpenuhi dan juga sering terjadi pemadaman listrik secara sepihak sebagaimana contoh diatas. Kejadian ini menyebabkan kerugian yang tidak sedikit bagi masyarakat, dan investor menjadi enggan untuk berinvestasi.

Jika dilihat dari teori etika deontologi : Dalam kasus ini, PT. Perusahaan Listrik Negara (Persero) sesungguhnya mempunyai tujuan yang baik, yaitu bertujuan untuk memenuhi kebutuhan listrik nasional. Akan tetapi tidak diikuti dengan perbuatan atau tindakan yang baik, karena PT. PLN belum mampu memenuhi kebutuhan listrik secara adil dan merata. Jadi menurut teori etika deontologi tidak etis dalam kegiatan usahanya. Jika dilihat dari teori etika teleologi : Dalam kasus ini, monopoli di PT. PLN terbentuk secara tidak langsung dipengaruhi oleh Pasal 33 UUD 1945, dimana pengaturan, penyelengaraan, penggunaan, persediaan dan pemeliharaan sumber daya alam serta pengaturan hubungan hukumnya ada pada negara untuk kepentingan mayoritas masyarakat dan sebesar-besarnya kemakmuran rakyat. Maka PT. PLN dinilai etis bila ditinjau dari teori etika teleologi. Jika ditinjau dari teori utilitarianisme : Tindakan PT. PLN bila ditinjau dari teori etika utilitarianisme dinilai tidak etis, karena mereka melakukan monopoli. Sehingga kebutuhan masyarakat akan listrik sangat bergantung pada PT. PLN.

KESIMPULAN

Dari wacana diatas dapat disimpulkan bahwa PT. Perusahaan Listrik Negara (Persero) telah melakukan tindakan monopoli, yang menyebabkan kerugian pada masyarakat. Tindakan PT. PLN ini telah melanggar Undang-undang Republik Indonesia Nomor 5 Tahun 1999 Tentang Larangan Praktik Monopoli dan Persaingan Usaha Tidak Sehat.