This is how Chesapeake can boast the industry's lowest cost reserves.
Fewer mines can make money, and only the lowest cost reserves are mined.
They enjoy preferential access to large, low-cost reserves at home.
With significant quantities of low-cost reserves already found, and prospects for additional finds tied up, these companies inevitably will get acquired by bigger producers whose customer demands exceed their yearly reserve findings.
Recently, significant efforts have been made to explore transition metal-based electrocatalysts for the OER because of their low cost, abundant reserves, environmental benignity, and resistance to corrosion in alkaline solutions [9, 10, 11, 12].
Apart from the fibrous macroscopic and high specific surface, rich reserves and low cost are also well known [32 34].
Biomass waste-derived carbon materials are considered as high promising electrode materials in rechargable batteries since their wide sources, low costs and abundant reserves on earth.
Among these materials, iron sulfides, such as FeS2 [7, 8, 9], FeS [10] and Fe1−xS [12] 12], have attracted much attention due to their advantages of abundant reserves, non-toxicity, low cost, and high theoretical capacity (894 mAh g−1 for FeS2, based on the conversion reaction of FeS2 + 4Na ↔ 2Na2S + Fe).
Technology has opened huge low-cost energy reserves, a game-changer for the American economy.
It has 38% of the world's low-cost uranium reserves, but has never made its own nuclear power.
It is estimated that more than 90 percent of known low-cost uranium reserves occur in Canada, South Africa, the United States, Australia, Niger, Namibia, Brazil, Algeria, and France.
