Sentences with phrase «reduced cycle efficiencies»

Not exact matches

Cycle Capital Management invests in companies developing and commercializing clean technologies and striving to reduce greenhouse gas emissions, optimizing resource use, and improving process efficiency throughout a product's life cCycle Capital Management invests in companies developing and commercializing clean technologies and striving to reduce greenhouse gas emissions, optimizing resource use, and improving process efficiency throughout a product's life cyclecycle.

Blue Box Design managing director Duncan Robertson said, «This new facility will greatly improve «speed to market» for our customers by reducing the packaging development cycle time from concept to delivery, thereby delivering production efficiencies and cost savings.

«The use of a solarized supercritical carbon - dioxide Brayton cycle would increase efficiencies, reduce space requirements and reduce costs associated with current large - scale concentrating solar power systems.»

The topping cycle reduces the amount of pollution produced when coal is burnt and also narrows the gap in efficiency between coal and gas - fired stations (Technology, 1 February 1992).

Thus, only those isotopes that reduce the efficiency of the nuclear fuel, would be disposed of, creating a closed fuel cycle.»

Re-entrance of exhaust gases into the combustion chamber reduces subsequent combustion cycle efficiency.

It uses an Atkinson Cycle that leaves the intake valve open longer before combustion, which helps to reduce pumping losses for increased efficiency.

• New generation of engines with MINI TwinPower Turbo Technology; three model variants available as of market launch: MINI Cooper with 100 kW / 136 bhp 3 - cylinder engine, MINI Cooper S with 141 kW / 192 bhp 4 - cylinder petrol engine and MINI Cooper D with 3 - cylinder diesel engine (85 kW / 116 bhp); expansion of the model program to include the entry - level variants MINI One D (3 - cylinder diesel engine, 70 kW / 95 bhp) and MINI One (3 - cylinder spark - ignition engine, 75 kW / 102 bhp); 6 - speed manual transmission as standard, with optional 6 - speed automatic transmission or sports automatic transmission, also newly developed; extensive MINIMALISM technology including automatic engine start / stop function likewise in conjunction with automatic transmission and optional GREEN mode; improved driving performance figures and reduced fuel consumption; biggest efficiency advance in the MINI Cooper with automatic transmission: acceleration from zero to 100 km / h 2.6 seconds faster, average fuel consumption 27 per cent lower; lowest fuel consumption and CO2 levels in the MINI Cooper D: 3.5 — 3.6 litres / 100 km, 92 — 95 g / km (EU test cycle figures, dependent on tyre format selected).

Noise and vibration have been reduced by the use of a double torsional damper on the crank pulley, while fuel efficiency is supported by the use of D - 4S direct fuel injection, Atkinson cycle operation, optimized VVT - i operation and a high compression ratio.

Without delving into details, an Atkinson - cycle engine gives up a little power output in exchange for improved fuel efficiency and reduced emissions.

As part of the EU - funded THOMSON (Mild Hybrid cOst effective solutions for a fast Market penetratiON) project, Ricardo is pursuing research that aims to reduce the development cycle time of hybrid vehicles through the use of simulation for the simultaneous optimization of mechanical, thermal and electrical energy efficiency.

As promised since 2013, Toyota's new 1.8 - liter Atkinson cycle four is its most fuel sipping ever, with 40 - percent thermal efficiency netted mainly by reduced internal friction and freer breathing but every detail has been evaluated and addressed as needed.

The Niro's industry leading fuel economy translates to reduced environmental footprint, increased operational efficiency and reduced life - cycle operating costs.

Energy efficiency and reducing reliance on coal for electricity generation not only reduces emissions of greenhouse gases, but also reduces emissions of fine particles which cause many premature deaths worldwide as well as reducing other health impacts from the coal fuel cycle.

That is, when the efficiency of the back - up plants was reduced by over 2 percent due to cycling caused by the integration of wind energy into the system, fuel use and emissions of the back - up plants increased.

Simple cycle gas turbine plants (dashed line) required similar prices to gas - fired thermal plants until 1985 - 90, when improving turbine efficiency reduced fuel and lowered required prices.

* increase simple cycle gas turbine net power by > 70 % * increase single gas turbine efficiency from ~ 42 % to ~ 52 % * reduce emissions from 25 ppm to < 1 ppm for both NOx and CO without catalysts * improve ROI.

Consistently improved cost efficiency by reducing accounting errors by 75 % and decreased invoice processing cycle time by 50 %

Designed and managed administrative processing efficiency project, reducing admission cycle time from 32 days down to 23 days.

SELECTED ACCOMPLISHMENTS • Developed the initial design and various updates for a prototype fiber machine model in 2012 • Implemented Uni-graphics at the organization and coached the employees in same leading to 40 % enhanced efficiency and accuracy of resultant imaging • Reduced cycle time of a piping system by 12 minutes through effective up gradation in model

IT Project Manager — Professional Highlights Serve multinational corporations in a variety of technology based strategic planning and administration roles Offer expertise as a consultant, programmer, engineer, business analyst, and database administrator Lead technology projects for NASA, U.S. Customs, American Express, and General Electric Design and implement reporting, customer service, marketing, sales, and financial management software Responsible for network and database design, administration, and security Oversee enterprise - wide hardware and software upgrades resulting in increased efficiency Minimize operational and manpower costs through effective technology solutions Serve as forecast budget analyst for Joint Project Management Operations at Kennedy Space Center Develop reporting application tool using crystal reports engine on CD throughout Kennedy Space Center and Cape Canaveral Air Station resulting in $ 500,000 savings on user licensing fees Create detailed project plan with well - defined tasks, milestones, client sign - offs, test cycles, and specifications which served to communicate project progress to management Develop visual basic application for financial banking Institution using crystal reports to reduce the company's response time resulting in initial reporting from 2 - 3 hours to just 45 seconds Oversee multimillion - dollar software implementation for Miami Air from a consultancy level Upgrade Great Plains software platform and administered security access for Miami internal databases Write over 200 SQL stored procedures from access databases for financial institutions Compose business correspondence and prepared statistical spreadsheet analysis for Kennedy Space Center Recognized by colleagues and superiors for outstanding job performance, reliability, and efficiency Conduct surveys of operations to assess needs and identify high priority improvements Complete major product releases meeting very aggressive schedules and budgets Serve as a member of the International Cyber Threat Task Force Utilize fluencies in English, Portuguese, Arabic, French, and German to communicate with a diverse clientele Continually study emerging technologies and industry best practices Perform all duties with positivity, professionalism, and integrity

This year, the conference will focus on technologies and best practices to help the industry weather economic cycles by improving efficiencies and reducing costs.