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Storage in sentence

394 examples of Storage in a sentence

Obviously, the fossil-fuel sector would shrink by 2020 as the energy system decarbonizes, with coal being partly displaced by lower-carbon fuels, mainly gas and renewables (carbon capture and storage and nuclear power cannot make much of a difference by 2020).
And donor blood must be kept in cold storage, where it has a 28-day shelf life.
Increased public support for research and development in crucial technologies – particularly energy storage – is needed to prevent short-term movements in fossil-fuel prices from undermining the transition’s momentum.
In a joint press conference with his Syrian counterpart, Walid al-Moallem, Russian Foreign Minister Sergey Lavrov tabled a proposal, originally agreed with Iran, calling for Syria to “place chemical weapons storage sites under international control.”
And society must bear significant additional costs in terms of the risks of spent-fuel storage and large-scale accidents.
Finally, the storage argument fails to recognize different types of inventory.
Thus, record-high speculative prices have likely caused bunker traders to release inventory, but those releases may have been purchased by speculators who are now active lessees of commercial storage capacity.
Such speculative purchases may barely register in inventories, because the purchases are small compared to the overall market, and because of the global storage system’s many margins of accommodation.
Developing-country governments also stopped subsidizing farmers or being involved in food marketing, storage, transportation, or credit provision.
The main challenge with renewables is energy storage, in two senses.
Others include compressed air and large-scale battery storage.
Improvements in carbon capture and storage technologies would enable some fossil fuels to be used safely.
With fertilizer, improved seeds, small-scale irrigation, rapid training and extension services, and low-cost storage silos, Haiti’s food production could double or triple in the next few years, sustaining the country and building a new rural economy.
More than 40% of the fruits and vegetables that India produces rot, owing to mismanagement and corruption, inadequate infrastructure, lack of refrigerated storage, shoddy logistics, and underdeveloped marketing channels.
Jan de Jeu, Vice President of the University of Groningen, anticipates experts in Dwingeloo and the northern Netherlands training more scientists and IT specialists in the fundamental challenges related to the storage, transfer, and analysis of enormous data sets, thereby creating what de Jeu calls “The Data Industry Valley.”
Three or four billion people are still offline, and the Internet’s economic value for many who are connected is compromised by trade barriers, censorship, laws requiring local storage of data, and other rules that limit the free flow of goods, services, and ideas.
The second big technology that could make a major difference is called “carbon capture and storage.”
The captured carbon is then pumped into underground storage sites such as empty oil fields and other suitable locations.
There is strong evidence, however, that it would not cost the world huge amounts to undertake large-scale carbon capture and storage.
So will the changeover of power plants to carbon capture and storage.
Limited access to electricity means that cold storage is lacking; poorly maintained roads slow down old vehicles; and inefficient ports often leave food to rot on the docks.
Europe also must re-balance its energy relationship with Russia by investing in gas storage to deal with interruptions, diversifying supplies, and establishing a properly functioning internal market, with more interconnections between countries.
We must also reduce our dependence on gas altogether by increasing energy efficiency, and by investing in carbon capture and storage technology for coal, and in renewable resources and nuclear power.
Of late, that ideology is kept in cold storage, but never disavowed.
At the same time, the international community should support research on energy saving and storage, and accelerate the development of fourth-generation nuclear reactors, which will use fission and be both clean and durable.
But countries like Ethiopia have virtually no water storage facilities, great variability in rainfall, and attractive sites for hydroelectric generation.
An estimated 21 million tons of wheat – equivalent to Australia’s entire annual crop – rots or is eaten by insects, owing to inadequate storage and poor management at the government-run Food Corporation of India (FCI).
The collection and storage of people’s biometric data fundamentally changes the relationship between citizen and state.
Deficit reduction eventually will be put into cold storage, either openly, as I would prefer, or surreptitiously, as is politicians’ way.
Current technology is so inefficient that – to take just one example – if we were serious about wind power, we would have to blanket most countries with wind turbines to generate enough energy for everybody, and we would still have the massive problem of storage: we don’t know what to do when the wind doesn’t blow.
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