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India's Nuclear Power Expansion Drives Up Uranium Demand, Annual Demand Could Reach 5,400 Tonnes

India is accelerating its nuclear energy development program, with uranium resource demand rising correspondingly. According to estimates by the Indian Parliament's Committee on Public Undertakings in its follow-up report on NPCIL performance rectification, India will require approximately 5,400 tonnes of uranium annually in the future as nuclear power projects expand. This figure reflects the urgency of India's energy structure adjustment and indicates the rising status of nuclear power in its long-term electricity planning. Currently, domestic uranium production in India can only meet about 30% of demand, with the remainder relying on imports, primarily from countries including Kazakhstan, Russia, Uzbekistan, and Canada. The Parliamentary Committee therefore emphasized...

2026-08-10

Belarus Plans Nuclear Expansion: BelAES Unit 3 and Second NPP in Mogilev Region to Advance in Parallel

Belarusian Energy Minister Denis Moroz recently stated that nuclear energy has become a strategic energy direction for Belarus, bearing on national energy security, economic growth, and technological sovereignty. Since the Belarusian Nuclear Power Plant was commissioned, it has helped the country reduce its dependence on imported natural gas, cumulatively replacing approximately 14.5 billion cubic meters of natural gas and saving over $600 million in budget funds. After assessing the multiplier effect of nuclear power on the economy, Belarus has decided to continue advancing its nuclear energy development. Moroz stated that the country has made a principled decision: on the one hand, to build a third unit at the Belarusian Nuclear Power Plant (BelAES) in Ostrovets, and on the other hand, to simultaneously study the plan for constructing a second nuclear power plant.

2026-08-09

Dark Energy Survey Releases Six-Year Results: Data from 669 Million Galaxies Helps Constrain Cosmic Accelerated Expansion

On August 4, the Dark Energy Survey (DES) project released its six-year findings on dark energy detection. The project compiled 18 related papers, based on nearly 300,000 astronomical images captured between 2013 and 2019, recording information on 669 million galaxies, thousands of galaxy clusters, and more than 3,000 supernovae to study the accelerated expansion of the universe and the evolution of cosmic structure. To carry out DES, Fermi National Accelerator Laboratory built an extremely sensitive 570-megapixel digital camera, DECam, which was installed on the Blanco 4-meter telescope at the National Science Foundation's Cerro Tololo Inter-American Observatory in the Chilean Andes. (Image courtesy of Reidar Hahn/Fermi National Acceler...

2026-08-06

Behind India's Nuclear Power Expansion: Where Does Radioactive Waste Go? Government Details Management Process in Parliament for First Time

India is rapidly advancing its nuclear power expansion, but the safe disposal of radioactive waste is the least-publicized challenge. The government has for the first time detailed in Parliament how it handles hazardous waste. In a written reply, the Department of Atomic Energy disclosed that all nuclear power plants in India generate an average of 0.15 cubic meters (approximately 150 liters) of solid radioactive waste per megawatt (MW) of capacity annually, including waste from operational and decommissioning phases, equivalent to about 1.5 household bathtubs in volume; radioactive waste quantities and disposal records are regularly reported to the Atomic Energy Regulatory Board (AERB). The operation and maintenance of nuclear power plants generate various types of radioactive waste, including spent filter cartridges, protective clothing, tools, equipment, and other items that come into contact with radioactive materials. Waste is categorized into gaseous...

2026-08-03