Sentences with phrase «energy demand associated»

There is also high energy demand associated with cryptocurrency mining.

This work demonstrated that aerobic glycolysis can reduce the energy demands associated with respiratory metabolism and stress survival and that, contrary to expectations and decades - long assumptions, exponential growth at a constant rate can represent not a single metabolic / physiological state but a continuum of changing states characterized by different metabolic fluxes.

Not exact matches

We haven't got space here to address other grievous flaws such as volatility, scalability and transaction costs (not least the associated energy demand).

The Fund aims to capitalize on the combination of emerging cost - effective commercial technologies, the economic and regulatory incentives associated with renewable energy and environmental projects, and the demand for ancillary infrastructure to support increasing penetration of renewable energy in the U.S. energy mix.

Important factors that may affect the Company's business and operations and that may cause actual results to differ materially from those in the forward - looking statements include, but are not limited to, operating in a highly competitive industry; changes in the retail landscape or the loss of key retail customers; the Company's ability to maintain, extend and expand its reputation and brand image; the impacts of the Company's international operations; the Company's ability to leverage its brand value; the Company's ability to predict, identify and interpret changes in consumer preferences and demand; the Company's ability to drive revenue growth in its key product categories, increase its market share, or add products; an impairment of the carrying value of goodwill or other indefinite - lived intangible assets; volatility in commodity, energy and other input costs; changes in the Company's management team or other key personnel; the Company's ability to realize the anticipated benefits from its cost savings initiatives; changes in relationships with significant customers and suppliers; the execution of the Company's international expansion strategy; tax law changes or interpretations; legal claims or other regulatory enforcement actions; product recalls or product liability claims; unanticipated business disruptions; the Company's ability to complete or realize the benefits from potential and completed acquisitions, alliances, divestitures or joint ventures; economic and political conditions in the United States and in various other nations in which we operate; the volatility of capital markets; increased pension, labor and people - related expenses; volatility in the market value of all or a portion of the derivatives we use; exchange rate fluctuations; risks associated with information technology and systems, including service interruptions, misappropriation of data or breaches of security; the Company's ability to protect intellectual property rights; impacts of natural events in the locations in which we or the Company's customers, suppliers or regulators operate; the Company's indebtedness and ability to pay such indebtedness; the Company's ownership structure; the impact of future sales of its common stock in the public markets; the Company's ability to continue to pay a regular dividend; changes in laws and regulations; restatements of the Company's consolidated financial statements; and other factors.

Important factors that may affect the Company's business and operations and that may cause actual results to differ materially from those in the forward - looking statements include, but are not limited to, increased competition; the Company's ability to maintain, extend and expand its reputation and brand image; the Company's ability to differentiate its products from other brands; the consolidation of retail customers; the Company's ability to predict, identify and interpret changes in consumer preferences and demand; the Company's ability to drive revenue growth in its key product categories, increase its market share or add products; an impairment of the carrying value of goodwill or other indefinite - lived intangible assets; volatility in commodity, energy and other input costs; changes in the Company's management team or other key personnel; the Company's inability to realize the anticipated benefits from the Company's cost savings initiatives; changes in relationships with significant customers and suppliers; execution of the Company's international expansion strategy; changes in laws and regulations; legal claims or other regulatory enforcement actions; product recalls or product liability claims; unanticipated business disruptions; failure to successfully integrate the business and operations of the Company in the expected time frame; the Company's ability to complete or realize the benefits from potential and completed acquisitions, alliances, divestitures or joint ventures; economic and political conditions in the nations in which the Company operates; the volatility of capital markets; increased pension, labor and people - related expenses; volatility in the market value of all or a portion of the derivatives that the Company uses; exchange rate fluctuations; risks associated with information technology and systems, including service interruptions, misappropriation of data or breaches of security; the Company's inability to protect intellectual property rights; impacts of natural events in the locations in which the Company or its customers, suppliers or regulators operate; the Company's indebtedness and ability to pay such indebtedness; tax law changes or interpretations; and other factors.

Demand for oil in developed nations peaked in 2005, and changing demographics and improved motor - vehicle efficiency guarantee that it won't hit those heights again, IHS Cambridge Energy Research Associates says in a new report.

The Cambridge Energy Research Associates, or CERA, analysis cites several reasons why demand in developed nations — which accounts for slightly more than half the world's total — won't recover.

Jeffrey Grossman, an associate professor in MIT's Department of Materials Science and Engineering, recently received a grant from the Advanced Research Projects Agency - Energy (ARPA - E) to capture the sun's warmth and release it on demand (ClimateWire, Sept. 30).

The Principal Investigator of the study, Dr Felix Eigenbrod, Associate Professor (Spatial Ecology) at the University of Southampton's Centre for Biological Sciences, says: «The growing geographic disconnect between energy demand, the extraction and processing of resources, and the environmental impacts associated with energy production activities makes it crucial to factor global trade into sustainability assessments.

The collaborative study of freshwater consumption associated with energy usage, led by the University of Southampton and published in Proceedings of the National Academy of Sciences, found that petroleum demand within a nation typically drives consumption of freshwater resources internationally, whereas gas and electricity demand drives freshwater consumption within the nation itself.

The characteristics of each position are very different in their demands, from the force and velocity associated with each, and the way in which the energy systems are stressed.

Use student responses to highlight the idea that meeting society's energy demands in a sustainable manner is a challenge and that there are tradeoffs associated with every type of energy source.

If we demand less goods, we'd also reduce the energy associated in manufacturing and transporting them across the country.

While advances in modern technology have shortened development cycles for many products considerably, there are a number of factors suggesting that CDR development might progress more similarly to historical technologies: the non-regulatory demand for CO2 is small compared to that for energy, there are few network effects or natural monopolies associated with many forms of carbon removal, and regulatory markets necessary to support CDR development have been anemic at best.

The first is that the energy needed to fuel development and the associated decline in fertility will keep pace with energy demand far into the future.

And the failure to consider the likes of location, orientation and form in Part L and Deap also lead to sub-optimal energy demand & associated CO2 emissions, and missed opportunities to reduce construction costs.

In addition to increasing the risk of avoidable excess summer deaths, failing to ensure that building design addresses overheating risk invariably will also risk people retrofitting air conditioning systems in many cases, which will expose them to avoidable energy costs, and cause the buildings» energy demand and associated emissions to rise.

However, assessment of such strategies needs a careful net ‐ balance (including calculation of energy demand in the production process and associated GHG emissions).

Mark give a presentation on the energy transition and the potential for demand destruction and stranded assets associated.

Relatively few respondents indicated concerns about other typical issues associated with renewable energy growth, such as transmission constraints, stranded assets, or having enough flexible generation to meet demand.

It is projected that — with current policy settings — global energy demand and associated supply patterns based on fossil fuels — the main drivers of GHG emissions — will continue to grow.

In a summary report for renewable technologies (from may 2011), the IPCC reiterated that the demand for energy and associated services to meet social and economic development and improve human welfare and health is increasing and that overwhelmingly, this energy demand is met by fossil fuels.

Another issue associated with energy efficiency is how to incorporate the expected energy savings from meeting the state's long - term energy efficiency goals into the Energy Commission's electricity and natural gas demand forenergy efficiency is how to incorporate the expected energy savings from meeting the state's long - term energy efficiency goals into the Energy Commission's electricity and natural gas demand forenergy savings from meeting the state's long - term energy efficiency goals into the Energy Commission's electricity and natural gas demand forenergy efficiency goals into the Energy Commission's electricity and natural gas demand forEnergy Commission's electricity and natural gas demand forecast.

It further outlines the role of Energy Efficiency (EE) in the energy supply - demand chain and the associated benEnergy Efficiency (EE) in the energy supply - demand chain and the associated benenergy supply - demand chain and the associated benefits.

The IEA's World Energy Outlook 2016 shows oil demand associated with passenger cars declining in the next 25 years.

Other than energy and the associated climate change, what other types of environmental space do you see becoming closed or full most quickly, and how could you address those through alternative development models Water and food are key examples; if everybody doesn't aspire to eat as much meat, then you don't have the same demands on land.

Depending on how cold the present 30 - year cooling period gets, in addition to the higher death rates, we will have to contend with diminished growing seasons and increasing crop failures with food shortages in third world countries, increasing energy demands, changing environments, increasing medical costs from diseases (especially flu), increasing transportation costs and interruptions, and many other ramifications associated with colder climate.

These so - called «on - demand» heaters warm water only when required, reducing energy losses associated with maintaining water temperatures in a traditional storage tank.