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Storage in sentence

394 examples of Storage in a sentence

That means a decisive shift from carbon-emitting energy sources like coal, oil, and gas, toward wind, solar, nuclear, and hydroelectric power, as well as the adoption of carbon capture and storage technologies when fossil fuels continue to be used.
These calculations indicate that a Blueprints world with CO2 capture and storage results in the least amount of climate change, provided emissions of other major manmade greenhouse gases are similarly reduced.
Because CO2 capture and storage adds costs and yields no revenues, government support is needed to make it happen quickly on a scale large enough to affect global emissions.
Of course, the West's ingratitude has been marked: America withdrew from the 1972 ABM Treaty and has now rammed a vague disarmament agreement - to be signed during the summit and which will allow the US not to destroy surplus missiles and warheads but rather to put them in cold storage - down Putin's throat.
Smart phones are set to connect an additional 2-3 billion of the world’s citizens by 2020, with billions of machine sensors monitoring everything from tractors to jet engines, and further breakthroughs in computing power enabling massive increases in data storage and analysis.
When asked about the decision to haul the MOAB out of storage, he dodged the question.
If you take a battery and put four wheels on it you have an electric vehicle that can serve as a much needed storage for wind energy.
Of course, this is true only so long as the nominal interest rate is not too negative; otherwise, switching to cash – despite the storage and safety costs – starts to make more sense.
The world needs an innovative, comprehensive strategy aimed at optimizing the entire food system – for example, by improving fertilizer and water use and food transportation and storage; by ensuring that adequate nutrition is accessible and affordable for all; and by changing communities’ eating habits to include less resource-intensive food.
But investment in the required R&D – in the technology of capture, transport, injection, and sealing, and in geologic exploration for sites suitable for permanent storage – will be beyond the purview of any private interest.
And, when the crops are ready, farmers face major obstacles – including inadequate rural road systems and a lack of cold storage facilities – in delivering them to the market.
Some of the most promising ways to mitigate climate change are what we call “natural climate solutions”: the conservation, restoration, and improved management of land, in order to increase carbon storage or avoid greenhouse-gas emissions in landscapes worldwide.
In Indonesia, the government created a dedicated agency to protect and restore peatlands, bogs, and swamp-like ecosystems that have immense CO2 storage capabilities.
Such advances in the processing speed and storage capacity of computers are expected to continue until the laws of physics impose certain limits.
In the digital age, the opposite is true: cheap computer storage, powerful processors, and ubiquitous Internet access have made remembering the norm.
These investments include energy storage, improved forecasting systems, and smart grids – all of which have benefited from breakthroughs in technology and falling prices.
A third ingredient of fossil-fuel flimflam is so-called clean coal, often relying on carbon capture and storage (CCS) technologies.
Beyond the obvious risks associated with instability, there is the fact that Ukraine depends on Russia not only for most of the fuel to run its aging reactors, but also for the treatment and storage of most of its spent fuel.
To succeed, more than €30 billion, or 1% of GDP, will have to be invested annually in network infrastructure, renewable-energy generation, combined heat and power systems, and storage technologies in the coming decades.
To succeed, we will need several decades to convert power stations, infrastructure, and building stock to low-carbon technologies, and we will need to upgrade the low-carbon technologies themselves, whether PV solar cells, or batteries for energy storage, or CCS for safely storing CO2, or nuclear power plants that win the public’s confidence.
The US becomes focused on leading in six key clean-tech areas: building efficiency, battery technology, solar, carbon capture and storage (CCS), smart grids, and electric vehicles (EV).
Water-stressed regions like Ethiopia and Sudan can adapt, at least in part, through improved technologies such as “drip irrigation,” rainwater harvesting, improved water storage facilities, deep wells, and agro-forestry techniques that make best use of scarce rainfall.
In order to provide more energy to meet development goals without accelerating global warming, there must be a shift to a new energy infrastructure built around renewables (of which the most significant are probably solar power, wind, and biofuels), cleaner coal, and carbon capture and storage.
And new developments in battery technology, together with declining manufacturing costs, are expanding the availability of off-grid energy storage.
An initial report identifies 18 proposals from more than a dozen European governments on subjects including new undersea cables, encryption, localized data storage, domestic industry support, international codes of conduct, and data protection laws.
With childhood immunization come supply chains, cold storage, trained health-care staff, medical record keeping, data monitoring, disease surveillance, and much more.
In some countries, nuclear power has been seen as an answer, but deposits of high-grade nuclear fuel worldwide appear to be limited, and the long-term costs of waste storage and plant decommissioning are high.
Electrifying agricultural areas would facilitate the storage and transportation of farmed products, improve food security, and increase farmers’ earning capacity.
These funds could then be reinvested into better infrastructure – such as port construction, improved cold storage, and modern processing facilities – to support our artisanal and industrial fishing fleets.
The latest such “solution” to emerge is “net-zero emissions,” which depends on so-called “carbon capture and storage.”
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