Sentences with phrase «such generating plants»

Just 4 % of Indians prefer nuclear power, despite there being 21 such generating plants now in operation, six facilities under construction and 22 planned.

Not exact matches

«Such plants — including breweries, fruit, food waste, agro industries, and energy crops including corn — can easily use this technology to generate energy.

In his summary of findings, Dr. Stopford stated, «Mercury is ubiquitous in the environment being generated both by man - made activities (such as coal - fired power plants) and by natural phenomenon (such as volcanoes).

Due to deficiencies in the sewer collection system and lack of treatment capacity, wet weather events such as rain or snowmelt generate more wastewater than the plant can handle.

Such organelles as mitochondria, for instance, generate fuel; in plant cells, chloroplasts manufacture sugars to break down into that fuel.

While the Gallions Park development includes several earth - friendly features, such as community greenhouses, a key element of the zero - carbon strategy will be a combined heat and power (CHP) plant to generate electricity and provide hot water.

That is a step forward in its own right, but such power plants are limited to generating energy only when there is sunshine.

The metal in the glove — used to protect those handling radiological materials such as plutonium — likely acted as a catalyst for a chemical reaction generating heat, said Wirth, chairman of the committee, which oversees the Waste Isolation Pilot Plant.

But the burgeoning cost and complexity of such projects are causing many to doubt they will ever produce plants that can generate energy at an affordable cost.

The knowledge gained from such research could inform the design, selection, and improvement of adsorbent materials and membranes for capturing gases such as radioactive krypton and xenon generated by nuclear power plants.

It turns out that there's such a double - win in most bathrooms around the world; if we had «NoMix» toilets that separate urine from solid waste, municipal wastewater plants would have a significantly easier task (and produce more methane to generate electricity), and we could much more easily extract precious nutrients like phosphorus and nitrogen for use as fertilizer (instead of using fossil fuels).

It looks at where and when electricity will be generated by wind, solar and other plants, and at the demand from large users such as supermarkets.

Under red dwarf stars, plant - type life on land may not be possible because photosynthesis might not generate sufficient energy from infrared light to produce the oxygen needed to block dangerous ultraviolet light from such stars at the very close orbital distances needed for a planet to be warmed enough to have liquid water on its surface.

Likewise, in economically important cereal crops such as maize, rice, and wheat (Triticum aestivum), precision engineering of localized BR biosynthesis and signaling can be harnessed to fine - tune plant development and generate high - yielding crop ideotypes (Vriet et al., 2012).

«Each one of these loops carries as much energy as a large hydroelectric plant, such as the Hoover dam, generates in about a million years!»

Today, there is also a growing interest in small hydro facilities such as small dams that generate less than 10 megawatts of power and pumped storage hydroelectric plants.

Now rumor mill has it that production of the screens is supposed kick off at LG and Samsung plants from November but there could possibly be an issue in the yields that such a screen could generate.

In order to replace coal, which generates 1,517,000,000,000 kwhr, with solar, we would need some 35,000 such Apple size plants if the entire US had the sunlight of NV which it doesn't.

Power producers say that the timetable is too stringent and that such a change would disproportionately hurt the Midwest, where most of the power is generated by older coal - fired plants that are targets of the legislation.

Auxiliary generator: A generator at the electric plant site that provides power for the operation of the electrical generating equipment itself, including related demands such as plant lighting, during periods when the electric plant is not operating and power is unavailable from the grid.

One such bizarre «green» proposal is to harvest the world's existing forests and burn the wood in power plants to generate electricity.

This solution replaces conventional electricity - generating technologies such as coal, oil, and natural gas power plants, and is considered a «bridge solution» to a 100 % clean, renewable energy system.

Expansion of grid supply by construction of big new coal fired power plants such as in the Hunter Valley and near Lithgow are going ahead and look to me to be intended to prevent the issue of decarbonising our energy supply getting mixed up with the issue of maintaining growth and reliability of supply; we'll have enough fossil fuel generating capacity that building low emissions capacity will remain «optional» and can be deferred another decade or two.

Within the heating sector, fee avoidance options include energy efficiency, switching to efficient electric heat paired with the electric sector tax avoidance options, and potentially switching to lower carbon heating options such as waste heat from sewage systems and wastewater treatment plants or buying «renewable natural gas» from bio-digesters, generated either within the District or from outside.

China is now generating electricity using coal fuel at record high levels and in addition is engaging in efforts with other countries such as Pakistan to build large numbers of coal plants in that country.

China is heavily reliant on coal burning thermal power plants, but reportedly has set a generating target of 20 million kilowatts from renewable energy sources such as hydropower, solar power and wind power by 2020.

However because such a plant would only generate at approximately 20 % -30 % of its capacity measured over a year, the full size area needed would have to be five times larger, i.e. 2100 square kilometers.

The researchers found that wood pellets burned in European and UK power plants, such as the Drax facility in North Yorkshire — which has transitioned some of its coal power generation capacity to wood pellets with the support of UK government subsidies — actually emit more CO2 per kilowatt hour than that generated by coal.

As for the breakdown of electricity rates, more detailed information needs to be disclosed, such as (1) «wheeling charges» (cost of transmitting electricity); (2) the cost of generated electricity equivalent to the amount of expenses shared to cover the reprocessing of spent nuclear fuel, etc. (included in the wheeling charges; legislation requires all electricity users to pay a share of this cost); and (3) the amount of a «promotion of power - resources development tax,» which is used to subsidize local governments hosting nuclear power plants.

In the spirit of proactive design, we have included highlighted prompts in the generated document which alert specifiers to clarify requirements to ensure uniform bidding and clear expectations for critical issues such as irrigation and preventative plant care.

Reporter, Paul Merrion appeared to find some comfort that while CCX will cease all trading of new emission allowances at the end of the year, «it will continue trading carbon offsets generated by projects that consume greenhouse gases, such as planting trees.»

I stopped reading after you said, quote «in Japan, the cost of generating nuclear power is competitive with that of thermal power generation such as oilfired power plants.»

[3] Each state has interim targets it must meet beginning in 2020, and the EPA proposed that states use a combination of four «building blocks» to achieve the emissions reductions: (1) improving the efficiency (heat rate) of existing coal - fired power plants; (2) switching from coal - fired power by increasing the use and capacity factor, or efficiency, of natural - gas combined - cycle power plants; (3) using less carbon - intensive generating power, such as renewable energy or nuclear power; and (4) increasing demand - side energy - efficiency measures.

Such approaches generate projections of future vegetation structure, e.g., as the likely balance of plant functional types (PFTs) after permitting competitive interaction and accounting for wildfire (Woodward and Lomas, 2004b; Lucht et al., 2006; Prentice et al., 2007; but see Betts and Shugart, 2005, for a more complete discussion).

In Japan, the cost of generating nuclear power is competitive with that of thermal power generation such as oilfired power plants.

anthropogenc The presence of more man - made carbon dioxide (anthropogenic) in the air that we now breathe must surely be offset by the presence of more oxygen generated by plant life's increased capacity to do so because of such increased carbon dioxide.

Heavily reliant on oil imports and with an annual energy deficit of 3,478 GWh as of 2009, electricity in Lebanon is for the most part generated by hydroelectric and thermal generation at present and in addition, there are power reliability issues «such as load shedding, technical losses, and the aging of power plants», which again the addition of dispatchable renewable energy facilities is intended to counteract.

There are other obstacles as well, such as the facts that nuclear power plants take a long time and a lot of material to build, release radioactive material into the environment in «unplanned releases,» generate waste which must be kept isolated from the biosphere for as much as 10,000 years, and create more potential bomb material cruising around the economy.

How do I handle requests for such references?Thank you so much for your help!CherylCHERYL M. EARLE3407 Old Dobbin Road, Montgomery, Alabama 36116 - 1903Home Phone: [phone] Cell Phone: [phone] Fax: [phone] E-mail: [email protected] position managing legal discovery and document review with opportunity to assist attorneys with civil litigationBAR ADMISSIONAlabama State Bar, 1999LAW - RELATED EXPERIENCELaw Firm, AlabamaResearch Attorney for Special Projects, Mass Torts Department, November 2001 — February 2008 • Managed Multi-District Litigation (MDL) Document Depository (September 2002 to February 2008) o Reviewed more than 1 million pages of evidentiary documents for litigation purposes and for inclusion in electronic databaseso Coordinated document review assignments with attorneys at local depository and at other sites across the USo Retrieved, reviewed and coded documents in Concordance and Summation legal databaseso Prepared memoranda and spreadsheets providing detailed analysis of discovery materials • Aided attorneys and support staff with processing and preparation of personal injury claims and litigationo Conducted legal research and drafted pleadingso Conducted supplementary online research for additional documents and information pertinent to litigationo Assisted with preparation of correspondence to clients and referring attorneyso Contacted clients for additional information needed in case preparation, litigation, and potential settlementso Prepared and input case intakes and referrals into databaseLaw School, AlabamaStudent Intern, Alabama Disabilities Advocacy Program (ADAP), August 1996 — June 1997 • Participated in law school clinical program under third - year law student practice rule (as authorized by Alabama Supreme Court) o Assisted attorneys and advocates in cases involving mentally ill patients confined to state mental health facilitieso Interviewed clients in person (at state facilities) and over the phoneo Worked with clients, attorneys, and social workers to investigate and resolve issues concerning involuntary confinement and treatmento Aided in legal research on an appellate brief submitted to the U. S. Court of Appeals for the Eleventh Circuit (ruling granted in favor of our client) Faculty Research Assistant for Library Services, Bounds Law Library, March 1996 — June 1997 • Prepared research and teaching materials for law school faculty; worked 20 hours per week while matriculating 10 - 15 hours per semester) o Investigated copyright issues related to procuring and reproducing texts for academic useo Conducted legal research using WESTLAW, LEXIS and the InternetADDITIONAL RELEVANT EXPERIENCEManufacturing Company (MC), Montgomery, AlabamaAdministrative Assistant and Cost Analyst, Materials Purchasing Department, April 1999 — September 2001 • Assisted materials buyers in negotiating and preparing commodities contracts between raw materials suppliers and MC for manufacturing plants in the US and Mexicoo Assisted Legal Department at MC's corporate headquarters with coordination and preparation of documents for litigationo Notified and educated suppliers about MC's freight - on - board policy and its corresponding Uniform Commercial Code (UCC) provisions; result was the reduction of freight claims for both the company and its supplierso Prepared contracts and purchase orders for raw materials and capital projects involving plant maintenanceo Solicited price quotations from current vendors and established Excel spreadsheet format which simplified quote submission process and allowed MC to track and compare usage volumes and costs over timeo Prepared and analyzed cost reports used by materials buyers and production planners in purchasing decisions, including cost reductions, materials consolidation, and selection of vendorso Acted as liaison between vendors and the Purchasing, Transportation and Accounting Departments on issues concerning inbound freight, commercial carriers, and payment terms for commodities, resulting in reductions in freight costs and greater payment discounts for raw materialso Established online databases and printed directories for the Purchasing Department, allowing buyers to have easier and faster access to current vendor informationo Completed Year 2000 (Y2K) compliance project, which involved data collection and communication with MC's past, present, and potential materials suppliers and service providersNot - For - Profit Organization, AlabamaAdministrative Assistant, Combined Federal Campaign, September 1998 — January 1999 • Aided Campaign Director with 1998 Federal Campaigns (CFCs) in City 1 and City 2, which together generated nearly $ 700,000 for more than 1,000 local, national and international charitieso Prepared weekly reports on donations using WordPerfect, Microsoft Word, Excel and dBase IVo Wrote script for Talent Showcase at City 1's 1998 CFC Kickoffo Assisted Director with merger of the City 1 and City 2 CFCs in 1999Regional Bank, AlabamaAdministrative Assistant, Year 2000 (Y2K) Department, March — June 1998 • Worked with Vice President of Corporate Projects on short - term project for the bank's Y2K Departmento Analyzed and processed data on Y2K readiness for all branches of Bank throughout the southeastern USo Organized meetings for personnel of Banko Communicated with vendors of computer hardware, software, and office equipment to request information on Y2K complianceo Prepared compliance files for Federal Reserve auditso Prepared in - house memoranda and reports using Microsoft Word and ExcelRecord / Music Promotion Company, AlabamaRecord Pool Co-Founder; Office Manager, September 1990 — December 1991 • Co-founded record pool to enhance promotion of music in Alabama and the southeastern USo Procured and distributed records from major and independent labels for club, radio and mobile disc jockeyso Coordinated jointly sponsored promotional events with record companies, radio stations and clubso Designed, wrote, and published bi-weekly reports and brochures to inform the music industry of the progress and popularity of music and performers in the region, with specific focus on the Alabama music sceneMajor University, AlabamaGraduate Research Assistant, AUM Department of Marketing, June 1989 — August 1990 • Worked 13 - 20 hours per week as a research assistant to Marketing faculty while carrying a full course load in the MBA programo Analyzed consumer surveys used in academic researcho Assisted Conference Chairperson with coordination for Atlantic Marketing Association (AMA) annual meeting (October 1989) o Co-authored five - year index and classification of AMA Proceedings (published Fall 1991) EDUCATIONLaw School, AlabamaJuris Doctor (JD), 1997 • Scholarshipso Seybourn H. Lynne Scholarship, 1996 - 97o Dexter C. Hobbs Memorial Scholarship, 1995 - 96o E. W. Godbey Memorial Scholarship, 1994 - 95 • Honorso Who's Who Among American Law School Students, 1996 - 94o Arthur Davis Shores Award, 1997 • Activitieso Frederick Douglass Moot Court Team Manager, 1996 - 97 Southern Regional Competition, Second Place National Competition, Eighth Placeo John A. Campbell Moot Court Competition, Spring 1996o Black Law Students Association Delegate, BLSA National Convention, 1997 Co-Chairperson, Public Relations Committee, 1996 - 97 Chairperson, Public Relations Committee, 1995 - 96 BLSA President's Award, 1996 and 1997o American Bar Association, 1996 - 97 Entertainment and Sports Industries Forum Intellectual Property Section Law Student Divisiono LAWS Student Group Leader, 1995 - 96Major University, AlabamaMaster of Business Administration (MBA), 1990Bachelor of Science in Business Administration (B.S.B.A.), 1988 (Major: Marketing — Advertising and Promotion Track) • Honorso Dean's List • Activitieso National Student Advertising Competition Team, 1988 - 90 Seventh District Competition: Third Place, 1990o Marketing Club, 1987 - 90 Vice President — Career Development, 1988 - 89o Public Relations / Advertising (PR / AD) Club, 1988 - 90 Charter Member, 1988 Active in fund - raising and membership driveso Theater Guild, 1988 - 90 Screening Committee, 1989REFERENCESAvailable upon request

A plant engineer resume template, in its general form, comprises of the basic guidelines for incorporating details such as knowledge of plant engineering and its effective and feasible application, ability to generate information regarding the particular areas of concern and their effective management, proper execution of processes, operation of machineries, supervising safety, etc..