Sustainable development of biofuels

能源使用与气候变化密切相关，因为我们消耗的大部分能源（汽车、家庭、工业和交通）来自化石燃料。世界人口继续增长，生活水平不断提高，能源需求不断增加，不可避免地会产生温室气体排放。为了减少对气候变化的影响，迫切需要可持续的替代能源。在这个项目中，我们将研究生物燃料的可持续发展。我们将研究过程强化与废弃生物质利用相结合的潜力，以开发综合连续反应器。我们将确定歧管在工业规模和条件下的技术可行性。设计模块化反应堆的不同策略将研究两相系统使用并联小单元。

Energy usage is closely linked to climate change because most of the energy we consume (in cars, homes, industry, and transportation) comes from fossil fuels. The world population continues to grow while improving living standards increasing energy needs and inevitably greenhouse gas emissions. Sustainable alternative energy sources are urgently needed toreduce the impact on climate change. In this project, we will investigate the sustainable development of biofuels. We will study the potential of process intensification in conjunction with the utilization of waste biomass to develop integrated continuous reactors. We will identify the technical feasibility of the manifold at industrial scale and conditions. Differentstrategies for designing modular reactors will be investigated for two-phase systems using parallel small-scale units.