耐受烟气的高效固碳藻种生长及固定烟气CO2速率测试数据

本数据内容为国家重点研发项目“二氧化碳烟气微藻减排技术”项目课题一“耐受烟气的高效固碳藻种选育 ”考核指标：实验室研究条件下获得高效固碳藻株共3株，高效固碳藻株的生长速率达到0.8g/L/d，固定烟气CO2速率达到1.5g/L/d。数据表明项目组获得了耐受燃煤电厂和煤化工厂烟气CO2的高效固碳藻株4株, 分别是Spirulina sp. CYA-6000Gy, Spirulina sp. CYA-9000Gy, Chlorella pyrenoidosa ZJU-1和ZJU-2, 其生长速率分别为0.81、0.84、2.09、1.17 g/(L•d), 固定烟气CO2速率分别为1.51、1.57、3.41、1.90 g/(L •d)。This dataset corresponds to the assessment indicators of Task 1 "Screening of Highly Efficient Carbon-fixing Algal Strains Tolerant to Flue Gas" under the National Key R&D Program of China project "Microalgae-based CO₂ Flue Gas Emission Reduction Technology": Under laboratory research conditions, a total of 3 highly efficient carbon-fixing algal strains were obtained, with their growth rate reaching 0.8 g/(L·d) and their flue gas CO₂ fixation rate reaching 1.5 g/(L·d). The data shows that the project team has obtained 4 highly efficient carbon-fixing algal strains tolerant to flue gas from coal-fired power plants and coal chemical plants, namely *Spirulina* sp. CYA-6000Gy, *Spirulina* sp. CYA-9000Gy, *Chlorella pyrenoidosa* ZJU-1 and ZJU-2. Their respective growth rates are 0.81, 0.84, 2.09 and 1.17 g/(L·d), and their respective flue gas CO₂ fixation rates are 1.51, 1.57, 3.41 and 1.90 g/(L·d).

搜集汇总

背景与挑战

背景概述

该数据集聚焦于耐受燃煤烟气的高效固碳藻种，来源于国家重点研发项目'二氧化碳烟气微藻减排技术'。数据内容包括4株藻株（如Spirulina sp.和Chlorella pyrenoidosa）在实验室条件下的生长速率和固定烟气CO2速率测试结果，具体数值如生长速率最高达2.09 g/(L•d)、固碳速率最高达3.41 g/(L•d)，旨在评估藻株在烟气CO2减排中的应用潜力。