Renewables-2017

AI, WTOLeading Traded Products • Crude and Refined Petroleum: Over $2.19 combined trillion • Integrated Circuits & Microprocessors: ~$928 billion • Motor Cars & Vehicles: ~$973 billion • Telephones & Smartphones: ~$689 billion [1] Leading Sectors by Tonne-Kilometre Volume • Energy and Mineral Fuels (Crude Oil, Refined Products, LNG, and Coal): o Represents the largest single share of global ton-km demand. o Crude and refined petroleum lead all individual commodity classes in total weight and long-haul maritime routing. [1, 2] • Dry Bulk Commodities (Iron Ore, Grains, and Bauxite): o Accounts for nearly 30% of total maritime cargo turnover. o High-volume movements between major producers (such as Australia and Brazil) and industrial consumers (primarily in East Asia) generate massive tonne-kilometre tallies. [1, 2, 3, 4] • Manufacturing and Consumer Goods (Containerized Cargo): o Comprises finished and intermediate goods, electronics, and automotive parts. o While traili...

Desiccants for practically free water production from natural air humidity. Absract. The technology offered here is well known, but novelty is its tremendous applications, for example, for large scaled irrigation of desert and arid lands by extracted natural air humidity. Such water can be practically free, abundant and inexhaustible. The heat as a by-product is used for recycling of the said desiccant. Background AI Overview Calcium chloride dihydrate (CaCl₂ ⋅ 2H₂O) is a versatile chemical salt widely used for winter de-icing, road dust suppression, concrete acceleration, moisture control, and as a food additive (E509) to firm vegetables and aid cheese coagulation. Monohydrate: It acts as an effective desiccant, a concrete setting accelerator, an industrial drying agent, and a chemical intermediate in manufacturing and thermochemical energy storage systems. AI Overview Using desiccants for large-scale desert irrigation is not a standard prac...

Революция в онкологии: Moderna доказала, что вакцину от рака можно создавать персонально для каждого пациента Революция в онкологии: Moderna доказала, что вакцину от рака можно создавать персонально для каждого пациента nobeastsofierce/Shutterstock.com Здоровье 19 августа 2026, 17:46 Компании Moderna и Merck сообщили об успехе III фазы испытаний персонализированной mRNA-терапии против меланомы. Это первый случай, когда противораковое лечение такого типа показало положительный результат в крупном исследовании на финальной стадии испытаний — той, которая обычно предшествует обращению за разрешением на применение препарата. Речь идет не о прививке, которую можно сделать здоровому человеку, чтобы не заболеть раком кожи. Это лечение для людей, у которых меланома уже была обнаружена и полностью удалена хирургическим путем. Его задача — помочь иммунной системе найти и уничтожить оставшиеся в организме раковые клетки, которые невозможно увидеть, и тем самым не дать болезни вернуться или...

это было в ночь на 18 августа, Минобороны отчиталось о 791 сбитых украинских БПЛА над регионамии России. Сергей Собянин сообщил о 637 украинских беспилотниках, летевших в сторону Москвы, из них 180 были сбиты над столичным регионом. news.israelinfo.co.il/147020

Promising generator for heating and powering -updated, August 15, 2026 CaCl2 + H2O = monohydrate. - 74 kJ, boost exothermic. Abstract. 100 g/sec. H2O = 6 mol/sec = 0.1 mm averaged on 1 m2. dT = 74,000 /(Cp=106) = 700, T = 720 C. 74 kJ / (M = 18) = 4.1 kJ /g H2O. 74 kJ * 6 mol/s = 440 kW heat * 0.33 (heat in electricity) = 150 kW electricity/m2. If 4000 hr. work in a year, it is 590,000 kWh/m2. Recycling of CaCl2 and H2O by own exhaust heat. Attempt to estimate economics of the said method. OPEX at 1% CaCl2 leakage and 250$ /ton gives 3.7 cents/kWh electricity

Abstract. Water/Desiccant CaCl2 is considered below to prove its big superiority vs. any other renewable energy power plants. CaCl2 + 4H2O = CaCl2*4H2O - 251 kJ, followed by its reverse reaction (recycling) by exhaust heat. Its electricity product is 0.035 USAcent/kWh, if USD 250 /ton.. CaCl2 and 4000 hours of its work in a year. Its footprint is negligible vs. countries area. Disclosure for experts. CaCl2 + 4H2O = CaCl2 * 4H2O - 250 kJ. CaCl2 (M = 111, dH = 795 kJ /mol * K, 2.16 g/cm3). CaCl2 * 4H2O (M = 183, dH = 2010 kJ/mol * K, Cp = 251 kJ /mol*K, 1.83 g/cm3) . If CaCl2 being 50 mm layer, and H2O being 72 mm correspondingly, dT = 270 C, and T = 300 C. if desiccant unit being 1 m2 area. Layer of CaCl2 = 2.16 × 50 mm = 110 kg = 1000 mol. So H2O = 72 kg correspondingly, and 250 kJ × 1000 / (72,000 gram H20) = 3.5 kJ/g H2O consume, or 3.5 × 72,000 / 3,600 sec. = 71 kWh heat × 0.25 (efficiency) = 18 kWh electricity/ m2. If such cycle supposed to be 5 minures = 1 / 12 hr, it...