DOCSLIB.ORG

Powerplant Chemistry® Journal

Total Page：16

File Type：pdf, Size：1020Kb

Download full-text PDF Read full-text
Powerplant Chemistry® Journal PowerPlant Chemistry PowerPlant Chemistry Contents 1999-2000 (Volume 1 and 2) Issue Author(s) Title Key Words 1999, 1 (1) Michael Rziha Cycle Chemistry in Combined Cycle Units - Combined Cycles, HRSG, Cycle Rainer Wulff The Siemens Experience Chemistry Digby D. Macdonald Deterministic Prediction of Localized Corrosion BWR, IGSCC, Crack Growth Rate, louri Balachov Damage in Power Plant Coolant Circuits Modeling George Engelhardt Gernot Repphun Influence of Metal Addition to BWR Water on BWR, Co-58 Activity, Metal Ions Andreas Hiltpold Contamination and Corrosion of Stainless Addition Irene Mailand Steel Bernhard Stellwag James C. Bellows Chemical Processes in Steam Turbines Steam Chemistry, Thermodynamics Joachim Fahlke RO Applications and Wastewater Reuse - Two Reverse Osmosis, Wastewater Important Fossil Power Plant Contributions Reuse to Conservation of Water Resources Daniel E. Meils Performance Assessment of Chemistry On-line On-Line Monitoring Process Instrumentation Issue Author(s) Title KeyWords 1999, 1 (2) Jan Stodola Review of Conditions for Reliable Boiler Boiler Water Treatment Operation Karol Daucik Water/Steam Cycle Chemistry of Ultra Ultra Supercritical Units, Materials, Supercritical Units Condensate Polishing, Tamara I. Petrova Effect of Demineralized Water Purity on Carbon Steel Corrosion Corrosion of Carbon Steel Heinrich Maurer On-line pH Monitoring by Measuring On-Line Monitoring, pH, Differential Cation and Specific Conductivity Conductivity Rene van der Wagt On-line Analysis of Water Contamination by On-Line Monitoring, Organics, Frank de Vos Organic Compounds COD, Spectral Fluorescence Sergey Babichenko Larisa Poryvkina Eric V. Maughan Why On-line Analytical Programmes Fail On-Line Monitoring Malcolm Ball Power Plant Chemistry - a Decade of Changes Cycle Chemistry Review in Britain Issue Author(s) Title Key Words 1999, 1 (3) Wilfried ROhie Water Chemistry in BWR and PWR Nuclear BWR and PWR Chemistry Review Power Plants Matthias Meierer Operation and Optimization of Flue Gas Flue Gas Desulfurization Desulfurization Systems in Coal-fired Power Plants Heinz Gutberlet Operating Experience and Process DeNOx, Ammonia, Fly Ash, Arsenic Optimization of High-dust SCR-Systems at 2000 MW Staudinger Power Station of PreussenElektra AG Peter Odermatt Catalysts for the Removal of NOx and Dioxins DeNOx Catalyst, Dioxins Removal in Various Applications Albert Bursik Comments on Carbon Dioxide Behavior Carbon Dioxide Distribution, First J0rgen Peter Jensen in Power Plant Cycles Condensate, Deaeration PowerPlant Chemistry 2000,2(12) 733 PowerPlant Chemistry Issue Author(s) Title KeyWords 1999, 1(4) Joseph B. Conlin, Periodic Oxygen Treatment for Drum Boilers Boiler Water Treatment, Donald Vinnicombe Oxygenated Treatment Kevin J. Shields Copper Transport in Fossil Plant Units Copper Transport, Copper Barry Dooley Deposition, Plant Cycle Chemistry Thomas H. McCloskey Barry C. Syrett John Tsou Andrew G. Howell Mitigation of Copper Deposition in High Copper Transport, Copper Pressure Turbines of Utility Drum Boilers Deposition, Plant Cycle Chemistry Karol Daucik Strategy of Ion Exchange Demineralisation at Makeup Water Treatment, Ion ELSAM Exchange Michael A. Sadler Possible Methods of Reducing the Cost of Condensate Polishing, Off-Site Barry Dooley Condensate Polishing on Fossil Fired Power Regeneration, Ammonium Form Stations Operation, Design Cost Eduard Noks The Use of Ozone as Microbiocide in Cooling Cooling Water, Phosphonate, Anton Olkis Water Treatment - Experiences with an "AII- Ozone Roland KleinstOck Organic" Program Donald A. Johnson Issue Author(s) Title Key Words 1999, 1 (5) Donald A. Palmer The Partitioning of Acetic, Formic, and Thermodynamics, Partitioning, Simon L. Marshall Phosphoric Acids Between Liquid Water and Acetic Acid, Formic Acid, J. Michael Simonson Steam Phosphoric Acid M. S. Gruszkiewicz Chung-Hsien Liang Root Cause of High Differential Pressure BWR, Condensate Polishing, Crud, Yu-Ting Across Condensate Polisher During Plant Pressure Drop Ting-Chin Cheng Startup Hsien-Cheng Wang Albert Bursik State of the Art in Fossil Plant Cycle Chemistry Fossil Plant Cycle Chemistry on the Threshold of the Next Millennium Review ABB Alstom Power Water Chemistry of Combined Cycle Power Combined Cycles, HRSG, Plants - Standard Specifications Guidelines SI1Jren Kiil Modelling of Limestone Dissolution in Wet Flue Gas Desulfurization, Modeling, Jan E. Johnsson FGD Systems: The Importance of an Accurate Limestone Dissolution Kim Dam-Johansen Particle Size Distribution Issue Author(s) Title Key Words 1999, 1(6) Barry Dooley Fossil Plant Cycle Chemistry and Steam Fossil Plant Cycle Chemistry Review, Steam Chemistry Serguei Lvov MULTISYS: Computer Code for Calculating Thermodynamics, Modeling, High- N.N. Anikiev Multicomponent Equilibria in High-Temperature Temperature Equilibria A.V. Bandura Subcritical and Supercritical Aqueous Systems Fabio Sigon Giorgio Perboni Frank McCarthy Oxygenated Treatment in a 300 MW Drum Boiler Water Treatment, Jason E. Bane Type Boiler Oxygenated Treatment Gerard O'Connor Rudolph Blum Superheater Failures in Ultra Supercritical Ultra Supercritical Units, Boiler Ole Hede Larsen Boilers - Cases from Fynsvrerket, Vestkraft, Tube Failures Niels Henriksen and Skrerbrekvrerket Power Plants Siemens KWU Steam purity Target Values for Main and Steam Chemistry Guidelines Auxiliary Steam Condensate; HMN and GuO Series Turbines 734 PowerPlant Chemistry 2000, 2(12) PowerPlant Chemistry Issue Author(s) Title Key Words 2000,2(1 ) Serguei N. Lvov Potentiometric Measurements of Association Thermodynamics, pH Xinagyang Y. Zhou Constants and pH in High Temperature Measurements at High Sergey M. Ulyanov HCI(aq) Solutions Temperatures Digby D. Macdonald Jan Stodola Volatility of Copper Corrosion Products Copper Transport, Copper Peter Tremaine in a Power Generation Cycle Deposition, Copper Volatility Violet Binette L. Trevani Milan Zmftko Hydrothermal Reactions of Corrosion Products PWR Primary Cycle, Spinels, Zinc Tomas Grygar in Reactor Primary Conditions Addition Vaclav Stengl Jan Subrt Adriana Klarikova Shane Filer Temperature Compensation and Reference Monitoring, pH Measurements Vicki Alison Electrode Considerations for Power Plant High Purity Water pH Till Wacker Method for Determination of Traces of Short- Ion Chromatography, Organic Acids Michael Rziha Chain Organic Acids in Plant Cycles Issue Author(s) Title KeyWords 2000,2(2) Gernot Repphun Corrosion Potential and Contamination in BWR BWR Chemistry, Corrosion Andreas Hiltpold Potential Robert Svoboda SteamlWater Cycle Chemistry: Current Combined Cycles, HRSG, Boiler Harald Sandmann Developments and Challenges in the Future Water Treatment, Failures Frank Gabrielli Karol Daucik Supercritical Steam Oxidation of Steel Ultra Supercritical Units, Boiler Niels Henriksen Surfaces Tube Failures, Hydrogen Monitoring J0rgen Peter Jensen VGB Conference "Chemistry in Power Plants Conference Abstracts 1999" Sixth International Conference on Cycle Conference Agenda Chemistry in Fossil Plants Michael Luckas Simulation of the Flue Gas Desulfurization Flue Gas Desulfurization, Modeling, Bernd Heiting Process for FGD Scrubbers in Power Plants Adipic Acid Issue Author(s) Title Key Words 2000,2(3) Digby D. Macdonald The Hydrolysis of Metal Salt Solutions Thermodynamics, High- Jing Pang at Elevated Temperatures Temperature pH Measurements, Peter J. Millett Modeling Anwer Puthawala Hydrogenation of Reactor Water in BWR BWR Chemistry, Hydrogen Dosing, Norbert Henzel Plants by On-Line Membrane Electrolyzers On-Line Membrane Electrolyzers Elton W. Floyd On-Line Chemical Cleaning of a Water-Cooled Water-Cooled Generator Stator, J. C. Carpenter Generator Stator Chemical Cleaning Robert Svoboda Ronnie Jones Hiroshi Takaku Plant Cycles with Heat Recovery Steam Combined Cycles, HRSG, Cycle Generators: Water Quality Guidelines (Japan) Chemistry Guidelines Albert Bursik Cycle Chemistry Monitoring in Combined Cycle Combined Cycles, HRSG, Cycle Units and in Units with Heat Recovery Steam Chemistry Monitoring Generators PowerPlant Chemistry 2000,2(12) 735 PowerPlant Chemistry Issue Author(s) Title Key Words 2000, 2(4) Barry Dooley The Current State of Boiler Tube Failures in Boiler Tube Failures, Review Peter S. Chang Fossil Plants Oleg A. Povarov Effect of Chemistries and Steam Purity Steam Chemistry, Moisture Valery N. Semenov on Moisture Generation and Formation of Liquid Generation, Liquid Films Alexander N. Troitsky Films in Turbine Stages Barry Dooley Andrew Howell Loss of Copper Sampled from Main Steam Sampling, Monitoring Ken Weisser Hans-Hermann Neuburg Corrosion and Efficiency Control Condenser Tubing, Continuous Ladislav Bursik by Continuous Cleaning of Condenser Tubing Mechanical Cleaning Eric V. Maughan The Measurement of TOC in the Cycle Fluid of Monitoring, TOC Gerhard Gericke Modern Power Plants and Correct Selection of Graham Roscoe Monitoring Equipment Conference: Membranes in Drinking and Conference Program Industrial Water Production Issue Author(s) Title Key Words 2000,2(5) Donald A. Palmer Boric Acid Hydrolysis: A New Look at the Thermodynamics, Boric Acid Pascale Benezeth Available Data Hydrolysis David J. Wesolowski Dietmar Nieder Zinc Injection in the Primary Coolant of PWR PWR Primary Coolant Chemistry, Bernhard Stellwag for Dose Rate Reduction - Experience from Zinc Injection, Dose Rates Richard Ruf Biblis and Obrigheim Jurgen Haag Micael Jurgensen Hans-Curt Flemming Membranes and Microorganisms - Love at Membrane Processes, Biofilms, First Sight
Load more

Recommended publications
  • East Midlands Derby
    Archaeological Investigations Project 2007 Post-determination & Research Version 4.1 East Midlands Derby Derby UA (E.56.2242) SK39503370 AIP database ID: {5599D385-6067-4333-8E9E-46619CFE138A} Parish: Alvaston Ward Postal Code: DE24 0YZ GREEN LANE Archaeological Watching Brief on Geotechnical Trial Holes at Green Lane, Derbyshire McCoy, M Sheffield : ARCUS, 2007, 18pp, colour pls, figs, tabs, refs Work undertaken by: ARCUS There were no known earthworks or findspots within the vicinity of the site, but traces of medieval ridge and furrow survived in the woodlands bordering the northern limits of the proposed development area. Despite this, no archaeological remains were encountered during the watching brief. [Au(adp)] OASIS ID :no (E.56.2243) SK34733633 AIP database ID: {B93D02C0-8E2B-491C-8C5F-C19BD4C17BC7} Parish: Arboretum Ward Postal Code: DE1 1FH STAFFORD STREET, DERBY Stafford Street, Derby. Report on a Watching Brief Undertaken in Advance of Construction Works Marshall, B Bakewell : Archaeological Research Services, 2007, 16pp, colour pls, figs, refs Work undertaken by: Archaeological Research Services No archaeological remains were encountered during the watching brief. [Au(adp)] OASIS ID :no (E.56.2244) SK35503850 AIP database ID: {5F636C88-F246-4474-ABF7-6CB476918678} Parish: Darley Ward Postal Code: DE22 1EB DARLEY ABBEY PUMP HOUSE, DERBY Darley Abbey Pump House, Derby. Results of an Archaeological Watching Brief Shakarian, J Bakewell : Archaeological Research Services, 2007, 14pp, colour pls, figs, refs, CD Work undertaken
    [Show full text]
  • Israel Electric Corporation Strategic Aspects Overview
    IsraelIsrael ElectricElectric CorporationCorporation StrategicStrategic AspectsAspects OverviewOverview NovemberNovember 20122012 TheThe ElectricityElectricity SectorSector inin IsraelIsrael 2 1919: Water utilization survey in the State of Israel initiated by Pinchas Rutenberg Pinchas Rutenberg: Founder of the Company “The sole and only interest of the Israel Electric Company is the economic development of the country based on pure business considerations.” 1926: Concession agreement Pinchas Rutenberg, 1926 from the British Crown 3 IsraelIsrael ElectricElectric CorporationCorporation SelectedSelected DataData Government company: 99.85% of the Company is owned by the Government. Installed capacity: 13,248 MW (~500MW self-generation/private). Peak demand: 11,920 MW on 19.7.2012. Annual budget: approximately NIS 32B MW(2012). Total employees: approximately 13,000 (of which some 9,800 have tenure). Total customers: over 2.5 million. 4 SpecialSpecial CharacteristicsCharacteristics ofof thethe ElectricityElectricity SectorSector Fast growth rate – which doubled in the last decade. A growth of 3%-4% is expected in the next decade. Low reserve compared with the electricity sectors in western countries (without the emergency plan and IPPs). “Electricity Island” – no backup or connection to any other source of electricity supply. Type of product: Product that cannot be stored Fluctuation in consumption and generation 5 TheThe ElectricityElectricity ChainChain Generation Transmission Distribution 63 Generation 400/161 KV 9 161 KV Approx. 190 High
    [Show full text]
  • Israel Electric Corporation
    Israel Electric Corporation (From Wikipedia, the free encyclopedia) Government-owned Corporation Address: P.O.B. 10, Haifa 31000 Telephone: 972-4-8182222 Fax: 972-4-8501850 Website: www.israel-electric.co.il IEC headquarters in Haifa, Israel abbreviation: IEC) is the , לישראל חברת החשמל :Israel Electric Corporation (Hebrew main supplier of electrical power in Israel. IEC builds, maintains and operates power generation stations, sub-stations, as well as the transmission and distribution networks. The company is the sole integrated electric utility in the State of Israel and generates, transmits and distributes substantially all the electricity used in the State of Israel. The State of Israel owns approximately 99.85% of the Company. The Company was incorporated in mandatory Palestine on March 29, 1923, with its main object to produce, supply, distribute and sell electricity to the consumers. Israel Electric Corp. was first registered under the name "The Palestine Electricity, Corporation Limited", which was changed in the year 1961 to its present name "The Israel Electric Corporation Limited". The IEC is one of the largest industrial companies in Israel, owning and operating 17 power stations sites (including 5 major thermal power stations) with an aggregate installed generating capacity of 10,899 MW. In 2006, the Company sold 46,175 GWh, of electricity. To meet projected future electricity demand, the Company's capital investment program provides for the addition of 2,578 MW of installed capacity by the end of 2011. The company has over 12,000 employees and provides electricity and services to 2.4 million households. The Orot Rabin power station owned by the IEC has Israel's tallest structure, a chimney, standing at 300m, while Tel Aviv's distinctive Reading Power Station was one of its earliest.
    [Show full text]
  • Prime Minister Theresa May Pledges That New
    Tom Crisp Editor 01603 604421 [email protected] ENERGY PERSPECTIVE 02 Monday 21/05 – Prime Minister Theresa May pledges that new Looking beyond the cliff edge: technologies and modern construction practices will be harnessed to emerging power market trends – Tim Dixon at least halve the energy usage of new buildings by 2030. The two task forces established by Ofgem under the Charging Futures Forum POLICY 05 to consider network access arrangements and the forward-looking elements of network costs issue their final report. The Competition Defra unveils Clean Air Strategy and Markets Authority releases the text detailing the findings of its MPs blame clean energy investment low on policy Phase 1 investigation into the proposed SSE/npower merger, warning changes it could raise prices. CMA cites risk of price rises as key concern in SSE/npower Tuesday 22/05 – The government consults on its draft Clean Air merger Strategy, confirming it plans to maintain the existing EU model of Energy UK puts forward EMR integrated industrial pollution control post-Brexit. Ofgem opens an reform recommendations Parliamentary update: Week 21 investigation into National Grid Electricity Transmission’s demand 2018 forecasting. Cuadrilla seeks consent to hydraulically fracture the UK’s first ever horizontal shale gas well at its Preston New Road site. REGULATION 12 Wednesday 23/05 – Energy UK shares its views on potential Task forces deliver report on improvements to the Energy Market Reform framework, including future network charging and access introducing a revenue stabilisation Contract for Difference. Energy Minister Claire Perry commits £21.5mn of UK funding towards a global Smart Meters Bill passes final parliamentary stages carbon capture and storage challenge.
    [Show full text]
  • The Workers Strike Back…
    wWww.workers.org.uOk RKENORVEMBER 2S011 £1 HISTORIC NOTES 1926: THE GENERAL STRIKE 14 CONSTRUCTION: THE WORKERS STRIKE BACK… Y T R Pensions Union recruitment surge 03 A P T S I N U M Aerospace Britain’s leading edge at risk 06 M O C E H T F Biofuels How the EU created a disaster O 12 L A N R U IF YOU WANT TO REBUILD BRITAIN, READ ON O J WORKERS Who needs a civil service? THE REAL significance of Liam Fox’s links with that they didn’t put a stop to it – not even when Adam Werritty is not that he broke the it turned into unvetted and unofficial advisers Ministerial Code, nor that the Conservatives sitting in on intergovernmental meetings. (like Labour before them) have lobbyists After the election in May 2010, the general crawling all over them. It’s that British foreign secretary of the First Division Association, policy was and is being driven by the interests which represents top civil servants, talked of outsiders: American billionaires, Israeli arms about the loss of trust by citizens in politicians dealers and US hedge funds. They called it the and Britain’s system of government: “At the Atlantic Bridge – but the only traffic it carried very least, new ministers and MPs must begin was neoconservative Tea Party extremism. to display the personal and moral integrity that That’s hardly news, some might say, and was so obviously lacking in the previous they’d be right. But that it was all done so Parliament, even within the Cabinet.” Some ‘‘ blatantly speaks volumes about the way the hope! Theirs is the morality of decline and top ranks of the civil service have been so deference to the US.
    [Show full text]
  • International Passenger Survey, 2008
    UK Data Archive Study Number 5993 - International Passenger Survey, 2008 Airline code Airline name Code 2L 2L Helvetic Airways 26099 2M 2M Moldavian Airlines (Dump 31999 2R 2R Star Airlines (Dump) 07099 2T 2T Canada 3000 Airln (Dump) 80099 3D 3D Denim Air (Dump) 11099 3M 3M Gulf Stream Interntnal (Dump) 81099 3W 3W Euro Manx 01699 4L 4L Air Astana 31599 4P 4P Polonia 30699 4R 4R Hamburg International 08099 4U 4U German Wings 08011 5A 5A Air Atlanta 01099 5D 5D Vbird 11099 5E 5E Base Airlines (Dump) 11099 5G 5G Skyservice Airlines 80099 5P 5P SkyEurope Airlines Hungary 30599 5Q 5Q EuroCeltic Airways 01099 5R 5R Karthago Airlines 35499 5W 5W Astraeus 01062 6B 6B Britannia Airways 20099 6H 6H Israir (Airlines and Tourism ltd) 57099 6N 6N Trans Travel Airlines (Dump) 11099 6Q 6Q Slovak Airlines 30499 6U 6U Air Ukraine 32201 7B 7B Kras Air (Dump) 30999 7G 7G MK Airlines (Dump) 01099 7L 7L Sun d'Or International 57099 7W 7W Air Sask 80099 7Y 7Y EAE European Air Express 08099 8A 8A Atlas Blue 35299 8F 8F Fischer Air 30399 8L 8L Newair (Dump) 12099 8Q 8Q Onur Air (Dump) 16099 8U 8U Afriqiyah Airways 35199 9C 9C Gill Aviation (Dump) 01099 9G 9G Galaxy Airways (Dump) 22099 9L 9L Colgan Air (Dump) 81099 9P 9P Pelangi Air (Dump) 60599 9R 9R Phuket Airlines 66499 9S 9S Blue Panorama Airlines 10099 9U 9U Air Moldova (Dump) 31999 9W 9W Jet Airways (Dump) 61099 9Y 9Y Air Kazakstan (Dump) 31599 A3 A3 Aegean Airlines 22099 A7 A7 Air Plus Comet 25099 AA AA American Airlines 81028 AAA1 AAA Ansett Air Australia (Dump) 50099 AAA2 AAA Ansett New Zealand (Dump)
    [Show full text]
  • Notice of Variation and Consolidation with Introductory Note the Environmental Permitting (England & Wales) Regulations 2016
    Notice of variation and consolidation with introductory note The Environmental Permitting (England & Wales) Regulations 2016 Uniper UK Limited Cottam Development Centre Power Station Outgang Lane Cottam Retford DN22 0TF Variation application number EPR/NP3033RD/V005 Permit number EPR/NP3033RD Variation and consolidation 15/01/2020 Application number EPR/NP3033RD/V005 1 Cottam Development Centre Power Station Permit number EPR/NP3033RD Introductory note This introductory note does not form a part of the notice. Under the Environmental Permitting (England & Wales) Regulations 2016 (schedule 5, part 1, paragraph 19) a variation may comprise a consolidated permit reflecting the variations and a notice specifying the variations included in that consolidated permit. Schedule 2 of the notice comprises a consolidated permit which reflects the variations being made. All the conditions of the permit have been varied and are subject to the right of appeal. Article 21(3) of the Industrial Emissions Directive (IED) requires the Environment Agency to review conditions in permits that it has issued and to ensure that the permit delivers compliance with relevant standards, within four years of the publication of updated decisions on Best Available Techniques (BAT) Conclusions. We have reviewed the permit for this installation against the revised BAT Conclusions for the large combustion plant sector published on 17th August 2017. Only activities covered by this BAT Reference Document have been reviewed and assessed. Outline any key changes made as a result of the permit review. This variation makes the below changes following the review under Article 21(3) of the IED and the consolidation of the Environmental Permitting Regulations that came into force on the 4 January 2017: Revised emission limits and monitoring requirements for emissions to air applicable from 17 August 2021 in table S3.1a; and Inclusion of process monitoring for energy efficiency in table S3.4.
    [Show full text]
  • Tamar Petroleum Ltd
    Tamar Petroleum Ltd. Financial Statements as of June 30, 2018 Table of Contents ▪ Description of the Company's Business ▪ Board of Directors' Report for the Period Ended June 30, 2018 ▪ Condensed Interim Financial Statements as of June 30, 2018 ▪ Proforma Condensed Interim Financial Statements as of June 30, 2018 on the transaction for Acquisition of 7.5% Working Interests in Tamar and Dalit Leases ▪ PPA This report is a translation of Tamar Petroleum Ltd.'s Hebrew-language Update to the Description of the Company's Business, and is prepared solely for convenience purposes. Please note that the Hebrew version constitutes the binding version, and in the event of any discrepancy, the Hebrew version shall prevail. Tamar Petroleum Ltd. ("the Company")1 Chapter A – Update to the Description of the Company's Business 1. Section 7.2.10(a) to the Annual Report - actual rate of participation in the expenses and revenues of the Tamar Project On June 17, 2018, Delek Energy Systems Ltd. ("Delek Energy") and Delek Royalties (2012) Ltd. ("Delek Royalties") informed the Company that Delek Energy's right to receive its share of the royalties paid to the Company in respect of oil and/or gas and/or other valuable substances produced by the I/12 "Tamar" and I/13 "Dalit" leases ("the leases") in respect of its 9.25% interests in the leases has been assigned and transferred to Delek Royalties, without effecting any changes to the right to royalties or its terms and without impairing any other right and/or argument that is held and/or will be held by the Company towards Delek Energy and/or towards Delek Royalties pursuant to applicable law and/or any right that would have been conferred thereto had it not been for the above assignment, including a right of recovery and/or offset towards Delek Energy and/or Delek Royalties.
    [Show full text]
  • Natural Gas and Israel's Energy Future
    Environment, Energy, and Economic Development A RAND INFRASTRUCTURE, SAFETY, AND ENVIRONMENT PROGRAM THE ARTS This PDF document was made available from www.rand.org as a public CHILD POLICY service of the RAND Corporation. CIVIL JUSTICE EDUCATION ENERGY AND ENVIRONMENT Jump down to document6 HEALTH AND HEALTH CARE INTERNATIONAL AFFAIRS NATIONAL SECURITY The RAND Corporation is a nonprofit research POPULATION AND AGING organization providing objective analysis and effective PUBLIC SAFETY solutions that address the challenges facing the public SCIENCE AND TECHNOLOGY and private sectors around the world. SUBSTANCE ABUSE TERRORISM AND HOMELAND SECURITY TRANSPORTATION AND INFRASTRUCTURE Support RAND WORKFORCE AND WORKPLACE Browse Books & Publications Make a charitable contribution For More Information Visit RAND at www.rand.org Explore the RAND Environment, Energy, and Economic Development Program View document details Limited Electronic Distribution Rights This document and trademark(s) contained herein are protected by law as indicated in a notice appearing later in this work. This electronic representation of RAND intellectual property is provided for non-commercial use only. Unauthorized posting of RAND PDFs to a non-RAND Web site is prohibited. RAND PDFs are protected under copyright law. Permission is required from RAND to reproduce, or reuse in another form, any of our research documents for commercial use. For information on reprint and linking permissions, please see RAND Permissions. This product is part of the RAND Corporation technical report series. Reports may include research findings on a specific topic that is limited in scope; present discus- sions of the methodology employed in research; provide literature reviews, survey instruments, modeling exercises, guidelines for practitioners and research profes- sionals, and supporting documentation; or deliver preliminary findings.
    [Show full text]
  • Tamar Petroleum Ltd
    Tamar Petroleum Ltd. Annual Report 2018 Table of Contents Chapter A Description of the Company's Business Chapter B Board of Directors Report for the year ended December 31, 2018 Chapter C Financial Statements as of December 31, 2018 Chapter D Additional Details regarding the Company Chapter E Annual Report on Effectiveness of Internal Control over Financial Reporting and Disclosure Tamar Petroleum Ltd. Chapter A Description of the Company's Business A-1 This report is a translation of Tamar Petroleum Ltd.'s Hebrew-language Description of the Company's Business, and is prepared solely for convenience purposes. Please note that the Hebrew version constitutes the binding version, and in the event of any discrepancy, the Hebrew version shall prevail. Chapter A – Description of the Company's Business 1. Description of the General Development of the Company’s Business1 1.1 Tamar Petroleum Ltd. (the "Company") was incorporated on November 4, 2015 as a private company limited by shares under the Companies Law, 5759-1999 (the "Companies Law"). The Company’s name was changed to its current name on May 21, 2017. 1.2 Pursuant to Israeli Government Resolution No. 476 from August 16, 2015 (which was readopted by the Government with certain changes on May 22, 2016) regarding "a framework for the increase of the natural gas quantity produced from the ‘Tamar’ natural gas field and the rapid development of the natural gas fields ‘Leviathan’, ‘Karish’ and ‘Tanin’ and other natural gas fields" (the "Framework" or the "Gas Framework"), the Company entered
    [Show full text]
  • Expert Systems and Coal Quality in Power Generation
    Expert systems and coal quality in power generation Herminé Nalbandian CCC/186 ISBN 978-92-9029-506-8 August 2011 copyright © IEA Clean Coal Centre Abstract Coal quality, that is the properties of coal, has an impact on many parts of a power plant including the coal handling facilities, pulverising mills, boiler, air heater, ESP, ash disposal as well as stack emissions. Coals have different characteristics and heat content. The behaviour of a coal in a boiler is strongly influenced by its rank and by the mineral matter and other impurities associated with it. Coal properties can affect the efficiency, reliability and availability of both the boiler and the emissions control units. Therefore they affect the economics as well as the short- and long-term operation of the plant. Expert systems are used today in many aspects of power generation. The first step in the application of expert systems for coal quality assessment is to ensure that the sampling procedures used are as accurate and precise as is possible. This then provides a representative sample for the subsequent analysis. Online analysers can show variations in coal quality as they are occurring. However, online analysers can be expensive and their cost-effectiveness depends on the site and application. Despite questions about the accuracy of online analysers being raised, their use in coal mines as well as power plants continues to increase. The operation of coal-fired power plants involves multiple variables which have different levels of importance. A key contributor to an overall expert system is the method used to optimise the coal combustion in the boiler.
    [Show full text]
  • Annual Monitoring Report 2008/09 DATA APPENDIX
    Annual Monitoring Report 2008/09 DATA APPENDIX East Midlands Regional Assembly February 2010 A . Housing Data Appendix A Housing Data Appendix Policy 2 Promoting Better Design Table A.1 Density of Dwellings Completed on Sites of 10 or more 2008/09 New dwellings New dwellings New dwellings completed at less completed between completed above than 30 dph 30 and 50 dph 50 dph No. per cent No. per cent No. per cent Central Lincolnshire HMA 100 28.3 205 58.1 48 13.6 Coastal Lincolnshire HMA 333 56.2 148 25.0 111 18.8 Derby HMA 69 15.4 168 37.4 212 47.2 Leicester & Leicestershire HMA 277 14.0 566 28.5 1,140 57.5 North Northamptonshire HMA 76 7.9 438 45.3 453 46.8 Northern HMA 237 35.6 274 41.2 154 23.2 Nottingham Core HMA 57 4.2 423 31.0 884 64.8 Nottingham Outer HMA 242 33.8 321 44.8 153 21.4 Peak, Dales & Park HMA 41 28.5 41 28.5 62 43.1 Peterborough Partial HMA 107 15.2 320 45.6 275 39.2 West Northamptonshire HMA 4 0.6 442 62.2 265 37.3 East Midlands 1,543 17.8 3,346 38.7 3,757 43.5 Source: Local Authorities No data from Rutland, South Northamptonshire, West Lindsey. Broxtowe no return for sites under 30 dph Policy 13 a/b Regional and Local Housing Trajectories 2 | Annual Monitoring Report 2008/09 DATA APPENDIX Table A.2 Completions and Projected Completions 2001/02 to 2025/26 Part 1 Net Dwellings in Past Years Net additional dwellings for future years 06/07 07/08 08/09 09/10 10/11 11/12 12/13 13/14 Central Lincs HMA 2,091 1,886 1,200 2,058 2,058 2,208 2,295 2,469 Lincoln 743 703 406 837 837 987 1,074 1,248 N Kesteven 475 515 288 619 619 619
    [Show full text]