WEBVTT 1 00:03:21.530 --> 00:03:25.830 Qiusheng Wu: Are you idle? Are you idle, mommy? What could 2 00:03:30.120 --> 00:03:30.899 Qiusheng Wu: but just 3 00:03:36.600 --> 00:03:39.340 Qiusheng Wu: which I'm gonna try tomorrow. 4 00:03:39.380 --> 00:03:40.570 Qiusheng Wu: hey, Debbie? 5 00:03:45.050 --> 00:03:46.500 Qiusheng Wu: Debbie! 6 00:03:47.940 --> 00:03:49.390 Qiusheng Wu: A baby 7 00:03:49.890 --> 00:03:50.870 Qiusheng Wu: reach 8 00:03:51.440 --> 00:03:53.370 Qiusheng Wu: my delay. 9 00:03:54.730 --> 00:03:55.530 Qiusheng Wu: He did 10 00:05:14.690 --> 00:05:16.550 Qiusheng Wu: alright leeching. Also 19 camera. 11 00:05:21.440 --> 00:05:24.710 Jun Li-CUMTB: What was the 19 year in 19 Indian Wahama. 12 00:05:25.100 --> 00:05:29.569 Qiusheng Wu: Okay. Was that too tight? Was that Kai kai kai kai to the Lou sounds very warm. 13 00:05:29.930 --> 00:05:33.840 Qiusheng Wu: Jamila, what do you have? I only saw a co-host. Did you take over using that. 14 00:05:34.230 --> 00:05:35.205 Jun Li-CUMTB: Huh! We Wendy. 15 00:05:35.530 --> 00:05:38.280 Qiusheng Wu: High School Company. I'll make a nickel chat. I need you. 16 00:05:38.450 --> 00:05:41.330 Qiusheng Wu: I need to talk to Json. 17 00:05:42.042 --> 00:05:47.837 Qiusheng Wu: Kai Sanchez. Also, nigga, wouldn't he? Nigga. Don't doubt you sing that. 18 00:05:48.570 --> 00:05:49.710 Jun Li-CUMTB: I went. 19 00:05:50.480 --> 00:05:52.489 Qiusheng Wu: Let's see, how would that help? Okay? Bye, bye. 20 00:06:03.860 --> 00:06:06.089 Jun Li-CUMTB: Who loves it in Santiagma. 21 00:06:06.240 --> 00:06:07.410 Jun Li-CUMTB: For Loza. 22 00:06:07.410 --> 00:06:08.819 Jingying FU: Oh, what's that, Enatra? 23 00:06:08.820 --> 00:06:09.420 Jun Li-CUMTB: Hey? 24 00:06:09.640 --> 00:06:12.676 Jun Li-CUMTB: Oh! So the freezer Kanji, or Chintan. 25 00:06:13.110 --> 00:06:13.580 Jingying FU: One. 26 00:06:13.580 --> 00:06:15.999 Jun Li-CUMTB: To a sunny. There's a session. 27 00:06:16.300 --> 00:06:17.450 Jingying FU: Ha! Ha! Ha! 28 00:06:17.955 --> 00:06:18.290 Jun Li-CUMTB: Then. 29 00:06:24.920 --> 00:06:26.930 Jingying FU: Oceanko, in Saint Sacha. 30 00:06:27.130 --> 00:06:28.959 Jun Li-CUMTB: Yeah, you can see I'm going. Yeah, yeah. 31 00:06:31.240 --> 00:06:32.819 Jun Li-CUMTB: A child, and she'll go to. 32 00:06:32.820 --> 00:06:33.630 Jingying FU: Ehizia. 33 00:06:33.840 --> 00:06:37.220 Jun Li-CUMTB: Hey? You said an email mail Don Hub as well. 34 00:06:39.117 --> 00:06:42.699 Jingying FU: Tabloid don't have with the Internet. 35 00:06:42.860 --> 00:06:47.959 Jun Li-CUMTB: Oh, you! You got your top on what you saw over your sip email. 36 00:06:48.353 --> 00:06:53.859 Jingying FU: Mail mail mail mail mail mail. Omega should be negative. That don't have. 37 00:06:54.090 --> 00:06:55.430 Jun Li-CUMTB: Oh, how the hell! 38 00:11:42.990 --> 00:11:44.669 Jun Li-CUMTB: Hi, everyone! 39 00:11:44.920 --> 00:11:48.700 Jun Li-CUMTB: I think it's time for us to get started now. 40 00:11:48.830 --> 00:11:55.739 Jun Li-CUMTB: hey? I am joining from China University of mining and the technology at Beijing. 41 00:11:56.290 --> 00:12:00.869 Jun Li-CUMTB: I'm very honored to be the host of today's webinar. 42 00:12:01.190 --> 00:12:05.469 Jun Li-CUMTB: I think. The time this time is a little late 43 00:12:05.780 --> 00:12:08.969 Jun Li-CUMTB: for the audiences outside. China. 44 00:12:09.160 --> 00:12:12.110 Jun Li-CUMTB: Probably more audiences will come. 45 00:12:12.800 --> 00:12:13.679 Jun Li-CUMTB: I made him 46 00:12:14.745 --> 00:12:21.399 Jun Li-CUMTB: the same for 2,024 Cpgs vacation webinar singers 47 00:12:21.600 --> 00:12:24.630 Jun Li-CUMTB: is the Gs. And the led environment. 48 00:12:24.800 --> 00:12:25.910 Jun Li-CUMTB: Today 49 00:12:25.950 --> 00:12:28.310 Jun Li-CUMTB: we are very glad to have 50 00:12:28.390 --> 00:12:30.450 Jun Li-CUMTB: Professor Junior full 51 00:12:30.660 --> 00:12:36.760 Jun Li-CUMTB: from the Institute of Geographic Sciences and Natural Resources Research 52 00:12:37.120 --> 00:12:40.330 Jun Li-CUMTB: at Teddy's Academy of sciences. 53 00:12:40.820 --> 00:12:46.050 Jun Li-CUMTB: I would like to give a brief introduction about Professor Fu. 54 00:12:46.460 --> 00:12:52.789 Jun Li-CUMTB: She received a bachelor degree from Nanjing Agriculture University in 2,009, 55 00:12:52.830 --> 00:13:01.339 Jun Li-CUMTB: and the Ph. D. Degree in Geographic information, science from Chinese Academy of Science in 2,02325. 56 00:13:02.696 --> 00:13:05.470 Jun Li-CUMTB: I'm sorry. 2 is under the 15 57 00:13:05.570 --> 00:13:15.340 Jun Li-CUMTB: she served as an anonymous review for international journals, such as Renewable and the Sustainable Energy Reviews 58 00:13:15.420 --> 00:13:17.120 Jun Li-CUMTB: apply the allergy 59 00:13:17.190 --> 00:13:20.700 Jun Li-CUMTB: channel of Canina. Production is virtual. 60 00:13:20.950 --> 00:13:25.410 Jun Li-CUMTB: She has published over 100 general papers. 61 00:13:25.460 --> 00:13:37.569 Jun Li-CUMTB: Her current research interests include the biomass and the biofuel, allergy, food, water nexus sustainable, useful for natural resources, and the jazz 62 00:13:38.447 --> 00:13:42.820 Jun Li-CUMTB: I think all of you are pretty eager to her 63 00:13:43.130 --> 00:13:46.850 Jun Li-CUMTB: interesting present presentation like me. 64 00:13:47.200 --> 00:13:49.710 Jun Li-CUMTB: Okay, please, Professor, full. 65 00:13:50.540 --> 00:13:54.610 Jingying FU: Okay, that. Thank you. Can you hear me? Now. 66 00:13:55.823 --> 00:13:56.609 Jun Li-CUMTB: Yes! Yes! 67 00:13:56.610 --> 00:14:19.510 Jingying FU: Oh, okay, hello, everyone. I'm very glad to have the opportunity to give our presentation today. And hmm thank you very much for the invitation of Cpgs and the Professor Tori I'm studying from the Institute of Geographic Census and the Nature Resources Research 68 00:14:19.570 --> 00:14:34.739 Jingying FU: Chinese Academy of sciences. And my topic today is about the spatial temporal potential assessment of well mass resources and the model set and simulation of the utilization process. 69 00:14:37.072 --> 00:15:01.180 Jingying FU: My presentation will divided into the following 2 parts, and first is the background, and the second, we will talk about the bell mass resources, and the third part is life cycle, assessment of the utilization of the bell mass resources. And the last part is the applications or biomass. 70 00:15:05.001 --> 00:15:21.508 Jingying FU: from the background. We know that the pressure on the energy demand and the is about the booming energy demand and the the the decline in the bacterial the petroleum resource. 71 00:15:22.060 --> 00:15:25.625 Jingying FU: and also the climate change is 72 00:15:26.800 --> 00:15:29.379 Jingying FU: of fact in the 73 00:15:29.690 --> 00:15:34.880 Jingying FU: our, our use of the our demand of the energy 74 00:15:35.750 --> 00:15:52.259 Jingying FU: and the prisor and well, mass energy is, have the other one case to release the present prices of the Nj. Demand is colleen and event model event 75 00:15:53.186 --> 00:15:58.430 Jingying FU: you want to merely friendly, and it's renewable. And the 76 00:15:58.810 --> 00:16:03.419 Jingying FU: resources of Bell, mass is also wild. And 77 00:16:07.034 --> 00:16:32.095 Jingying FU: now, folks on the resource bell, mass Angie, there are many resources or biomass just as the agricultural rescue forest rescue Mini rescue wood building waste, and also the the waste from the the urban rural areas. 78 00:16:32.830 --> 00:16:53.826 Jingying FU: use the bell mass, we can, we can obtain various all products and against the benefits. So I think there are many researchers folks on the bell mass energy 79 00:16:55.170 --> 00:16:56.570 Jingying FU: on a. 80 00:16:56.660 --> 00:17:06.779 Jingying FU: the area of the resources, the technology and production transformations. 81 00:17:10.897 --> 00:17:29.959 Jingying FU: I did a lot of work in the field of Bellevue. We use energy plans to produce Bell fields in the world wild. The there are controvers about. Why 82 00:17:30.030 --> 00:17:45.170 Jingying FU: should we? You use the bell mass to produce Bell Fields or not, the controvers is a focus on the energy benefits, whereas the ecological, ecological and benefits 83 00:17:46.497 --> 00:17:57.050 Jingying FU: this is this author is the Steve Steven. He is the chief scientifist of the BP. 84 00:17:57.080 --> 00:18:04.603 Jingying FU: Corporation. He. He proposed that the bell fuel. Bell fields 85 00:18:05.400 --> 00:18:15.500 Jingying FU: is have a good region. But there are also some papers talked about the 86 00:18:15.980 --> 00:18:24.210 Jingying FU: but of facts such as the stress and to the food security and the nature resources are 87 00:18:24.220 --> 00:18:29.339 Jingying FU: street situations about land, soil, or water. 88 00:18:29.580 --> 00:18:32.099 Jingying FU: And so, while there are 89 00:18:32.500 --> 00:18:55.949 Jingying FU: different opinions on the development of biomass energy. Because when we use the biomass we didn't consider all comprehensive effect. And the gains of all the all the aspects, such as the 90 00:18:56.340 --> 00:18:59.429 Jingying FU: the end of the if, for instance, they are the 91 00:18:59.510 --> 00:19:05.850 Jingying FU: the food, safety, or the water safety, and even the 92 00:19:06.020 --> 00:19:12.959 Jingying FU: environment, our ecological effects. So in the 93 00:19:13.160 --> 00:19:24.619 Jingying FU: 2,011 and born conference they proposed proposed the nexus of the water energy and food security. 94 00:19:24.940 --> 00:19:26.969 Jingying FU: And this is the 95 00:19:27.000 --> 00:19:39.908 Jingying FU: the first time this nexus was first proposed, and in the 2 2,000 and the 13 the unes cap 96 00:19:40.550 --> 00:19:41.990 Jingying FU: propose the 97 00:19:42.310 --> 00:19:51.789 Jingying FU: water, food, energy nexus in Asa and the Pacific region. In the 2,014 Fl. O. 98 00:19:52.690 --> 00:20:03.019 Jingying FU: Propose the water, additive food nexus. This is a new approach in support of food, security and sustainable and agriculture. 99 00:20:03.260 --> 00:20:12.060 Jingying FU: So this nexus in these years is very hot topic. 100 00:20:13.240 --> 00:20:18.479 Jingying FU: Hmm. Under this nexus we did the work. We 101 00:20:18.840 --> 00:20:20.320 Jingying FU: study the 102 00:20:20.420 --> 00:20:32.977 Jingying FU: mean if we want to. Use the bell field we should consider the WEF. Nexus from the aspect of the food. Safety. 103 00:20:34.140 --> 00:20:56.233 Jingying FU: china, even Asa, we have our last last number of population about 75% of the population as a lady living in is at the Asia Pacific, and China and India has a very large 104 00:20:58.300 --> 00:21:03.010 Jingying FU: proper patient. So it. 105 00:21:03.020 --> 00:21:07.609 Jingying FU: and consider the nexus and China 106 00:21:08.330 --> 00:21:11.255 Jingying FU: we have a post. Propose 107 00:21:12.685 --> 00:21:18.690 Jingying FU: Principle that the food crops cannot be used for biology production. 108 00:21:18.920 --> 00:21:30.949 Jingying FU: In addition, the farmland cannot be used for energy corps sprouting. This is this is posed by the agriculture section 109 00:21:31.580 --> 00:21:37.006 Jingying FU: and the other one. The other aspect is the water footprint. 110 00:21:37.620 --> 00:21:39.680 Jingying FU: we. We use the 111 00:21:39.770 --> 00:21:42.380 Jingying FU: energy plans to transfer 112 00:21:42.470 --> 00:21:49.826 Jingying FU: to the bell field. We need the the water during the production 113 00:21:50.900 --> 00:21:51.840 Jingying FU: stage, 114 00:21:52.880 --> 00:22:00.239 Jingying FU: but also when we plant the crops they will use water to 115 00:22:01.470 --> 00:22:26.009 Jingying FU: so expanded the production or bell field. It will impact the regional and local local resources, the water resources, both in the quantity or the quality. So the water footprint is one of the important aspect we need to consider. 116 00:22:26.090 --> 00:22:31.479 Jingying FU: And another aspect is Andre events. 117 00:22:32.420 --> 00:22:35.149 Jingying FU: since they say we, if we 118 00:22:35.510 --> 00:22:49.720 Jingying FU: use the angu plus to produce bell field during the whole process, the whole process. We also use the we also need to use ang as the input 119 00:22:50.520 --> 00:22:52.349 Jingying FU: so. And the 120 00:22:53.690 --> 00:23:07.200 Jingying FU: we need to consider the input energy and the output of the bio energy. If we can cut the the net energy efficiency. 121 00:23:07.420 --> 00:23:12.249 Jingying FU: So this is about is the background. We need to to 122 00:23:12.860 --> 00:23:16.719 Jingying FU: consider the nexus about what 123 00:23:16.970 --> 00:23:24.549 Jingying FU: food food and water on the second section is about the bell mice resource. 124 00:23:25.330 --> 00:23:26.100 Jingying FU: We 125 00:23:26.250 --> 00:23:32.599 Jingying FU: published a paper into in last year, and we 126 00:23:34.690 --> 00:23:43.989 Jingying FU: did a study about all the collectible biomass resource in China and the composition. 127 00:23:45.320 --> 00:23:51.080 Jingying FU: and this is the data. In 2,005 and 15 128 00:23:51.430 --> 00:24:01.189 Jingying FU: the we can see the scratch structure. This is the Angie plant, and on organic waste. 129 00:24:01.380 --> 00:24:05.989 Jingying FU: a. The Andrew Poland will take about 30, 130 00:24:06.140 --> 00:24:13.069 Jingying FU: 35%, and the organic waste will take about 55%, 131 00:24:13.590 --> 00:24:29.299 Jingying FU: including the urban list. The manual rescue, waste, wood, forest residue and the agricultural residue. This is the all the resources of the biomass in China, and the the 132 00:24:30.460 --> 00:24:42.105 Jingying FU: and the energy plant is takes about 50, 35%. And my work focused on the energy plant. 133 00:24:44.175 --> 00:24:44.890 Jingying FU: mop. 134 00:24:44.920 --> 00:24:47.340 Jingying FU: And this is the 135 00:24:47.380 --> 00:25:07.130 Jingying FU: bell mass resources distribution of China we can see the total energy. The total bell mass resources, and in the southwest of China will exceed exceed those in other regions on the top the top 136 00:25:07.730 --> 00:25:14.269 Jingying FU: bell, mass prophe provinces is about as renown Phwania and Sutron. 137 00:25:15.290 --> 00:25:16.880 Jingying FU: and the 138 00:25:17.020 --> 00:25:23.309 Jingying FU: in the right. This map is the density of the total biomass 139 00:25:23.400 --> 00:25:34.370 Jingying FU: and the yellow point, and the density of the organic biomass which are excluded. The the energy plant 140 00:25:39.330 --> 00:25:40.640 Jingying FU: on the 141 00:25:40.850 --> 00:25:51.800 Jingying FU: the density of the bell mass resources in Eastern China was higher than in Western China. We can see the the difference 142 00:25:51.880 --> 00:25:53.779 Jingying FU: and the the 143 00:25:54.070 --> 00:26:09.560 Jingying FU: focus on the energy crops, the main tab or the energy cost. Will divide into 4 tabs. The first aid energy plant, rich in pendulum lag, constitute 144 00:26:10.242 --> 00:26:11.507 Jingying FU: the second. 145 00:26:12.400 --> 00:26:15.417 Jingying FU: tab, as the energy, rich in 146 00:26:17.620 --> 00:26:32.830 Jingying FU: carbon hydrates high in sugar, starch and fee fibre the third tab is the oil risk, as you plant, and the third the fourth is the energy plants for charcoal. 147 00:26:34.740 --> 00:26:54.859 Jingying FU: On this the energy plans we have started just at the sweet Socom. It's reached in the suite, and the cassava is the starch, and this is the percent potato, Chinese sweet grass, the 2 of our crocos l. 148 00:26:54.910 --> 00:26:56.510 Jingying FU: And is for 149 00:26:56.790 --> 00:26:58.650 Jingying FU: rich in oil. 150 00:27:00.560 --> 00:27:21.550 Jingying FU: If we want to use the annual plant, our development, develop the energy plant for Belle fuel in China we should, to use the margin of land. This will can't compete with the farmland or gale, this 151 00:27:21.550 --> 00:27:50.230 Jingying FU: stretching to the food, so marginal land is the first step we should we should do. The marginal land is evaluate in the terms of a cost or benefit analyst, and is a economically marginal. In China the maginal land is the land that can be used for growing energy plans as with land or just as 152 00:27:50.230 --> 00:27:57.859 Jingying FU: spice, forest, grassland the bottom land Chilan and the Bearland. 153 00:28:00.080 --> 00:28:29.530 Jingying FU: And here is the question, how to evaluate the boundary potential on marginal land. The first step we need to to extract the marginal land special spatial distribution. And the second step we should evaluate the benefits of the energy production on the management land. 154 00:28:29.560 --> 00:28:38.021 Jingying FU: So the first step is the is how to evaluate the marginal and the resources. 155 00:28:38.970 --> 00:29:04.239 Jingying FU: in the past. Studies, we used to method to extract the marginal land resources. The first method at the machine learning we used Brt model frame and use the data set the high resolution, global grid environment and the land use retail related. 156 00:29:04.901 --> 00:29:07.069 Jingying FU: We use the the 157 00:29:07.140 --> 00:29:08.493 Jingying FU: cassava as 158 00:29:10.840 --> 00:29:11.790 Jingying FU: Andrew! 159 00:29:13.430 --> 00:29:15.610 Jingying FU: Angie plant! 160 00:29:15.900 --> 00:29:33.309 Jingying FU: And a comprehensively set of the known locations of cassava and set our pursuio absin absence point that represents the unsuitable areas for cassava girls. We. This is the 161 00:29:33.370 --> 00:29:35.866 Jingying FU: through chat of the 162 00:29:37.850 --> 00:29:39.120 Jingying FU: the 163 00:29:41.120 --> 00:29:54.700 Jingying FU: for the flow chat of the cassava in the world wide. What? Where, is suitable, and where is unsuitable for cassava promote. So the 164 00:29:54.930 --> 00:30:04.897 Jingying FU: this is the record of the occurrence, and the procedural absence records. And we use the 165 00:30:05.840 --> 00:30:12.660 Jingying FU: examples examples. And these are the environmental data sets. 166 00:30:12.670 --> 00:30:15.350 Jingying FU: Data says, we knew we used 167 00:30:15.890 --> 00:30:22.120 Jingying FU: and we use the Brt model to extract the 168 00:30:22.400 --> 00:30:30.910 Jingying FU: where is the cassava and suitable to plant? And where is the 169 00:30:31.560 --> 00:30:36.220 Jingying FU: and suitable? The result is from 0 to one. 170 00:30:36.390 --> 00:30:39.360 Jingying FU: And one is the 171 00:30:39.370 --> 00:30:59.740 Jingying FU: high suitable, and 0 is not suitable for cassowary in the world, and we will say the Kazab Kazawa in in China, most in the south west of China in Guangdong, because is 172 00:31:00.660 --> 00:31:07.490 Jingying FU: I think, is the high temperature and the presentation 173 00:31:10.956 --> 00:31:16.303 Jingying FU: this is the result. The land cover, and the annual 174 00:31:17.200 --> 00:31:26.270 Jingying FU: cumulative present page tissue are the 2 most influential factors in the Brt model. 175 00:31:28.200 --> 00:31:34.110 Jingying FU: The rate of contribution contribution of the former is 176 00:31:34.210 --> 00:31:39.819 Jingying FU: 46%, and that of the letter is 177 00:31:40.460 --> 00:31:44.269 Jingying FU: 35%. The marginal 178 00:31:44.520 --> 00:31:48.833 Jingying FU: land area suitable focus. Our world was 179 00:31:50.262 --> 00:32:00.369 Jingying FU: Africa has the largest marginal land suitable, and then followed by the South Africa. Asa is the 180 00:32:00.480 --> 00:32:06.479 Jingying FU: the is about 138 meeting hackers 181 00:32:07.315 --> 00:32:11.995 Jingying FU: actually, as a country it it had 182 00:32:12.860 --> 00:32:16.622 Jingying FU: last. Our last area brought 183 00:32:17.990 --> 00:32:20.000 Jingying FU: larger than is a. 184 00:32:20.300 --> 00:32:31.779 Jingying FU: The second method we use is the multi factors assessment matter. This is a traditional method that we can. 185 00:32:32.650 --> 00:32:37.612 Jingying FU: We can explain the the Max 186 00:32:39.250 --> 00:32:51.854 Jingying FU: clearly, we use the land use as the basic data. And DM, temperature moisture on the soil, and we attract the relative intenses. 187 00:32:52.570 --> 00:33:21.698 Jingying FU: the multi factors in integrated assessment. The math method is used here. Besides, the basic data set we use the nature reserves the nature pressures. We, we used as the policy limiting factor factors that can't be. That's the areas can't be used and then we 188 00:33:23.080 --> 00:33:26.390 Jingying FU: we use the energy plant carry risks 189 00:33:26.950 --> 00:33:27.630 Jingying FU: and 190 00:33:27.890 --> 00:33:32.159 Jingying FU: the temperature and the presentation and the 191 00:33:32.290 --> 00:33:33.550 Jingying FU: and the 192 00:33:34.230 --> 00:33:35.580 Jingying FU: in tiring. 193 00:33:36.070 --> 00:33:37.100 Jingying FU: and 194 00:33:37.510 --> 00:33:39.919 Jingying FU: where the energy plant 195 00:33:40.460 --> 00:33:44.218 Jingying FU: suitable to suitable to 196 00:33:45.320 --> 00:33:58.560 Jingying FU: grow. And this the growing conditions of typical energy crops. This is the sweet sock sock crumb, and these are useful few ethanol. 197 00:33:59.150 --> 00:34:01.660 Jingying FU: and this is beautiful. 198 00:34:01.840 --> 00:34:03.000 Jingying FU: and 199 00:34:04.025 --> 00:34:04.610 Jingying FU: feel 200 00:34:05.240 --> 00:34:07.910 Jingying FU: the liquid bell fuel. 201 00:34:07.970 --> 00:34:16.780 Jingying FU: This as the distribution of the marginal land in China from different decades, and this and 202 00:34:17.520 --> 00:34:27.409 Jingying FU: the 4 different, and the crops, the crops on the marginal land where they they suitable to plant. 203 00:34:27.440 --> 00:34:31.019 Jingying FU: And this is a data set we 204 00:34:31.420 --> 00:34:34.480 Jingying FU: is tracked in as a area. 205 00:34:37.739 --> 00:34:52.060 Jingying FU: after we we have the marginal land and the energy corps where they can be grow. We use the cropping the the 206 00:34:52.639 --> 00:34:55.719 Jingying FU: A copy model to 207 00:34:55.780 --> 00:35:04.010 Jingying FU: the Gs method to to simulation, the crop yield, and this 208 00:35:07.660 --> 00:35:18.920 Jingying FU: we use the the crop, the crop growing models just as G epic model and the Epc. Model and the descent model. 209 00:35:19.290 --> 00:35:30.750 Jingying FU: And in these models they are set. They are set model in 1 point, so we use the active method to to. 210 00:35:31.390 --> 00:35:32.350 Jingying FU: to 211 00:35:32.930 --> 00:35:35.280 Jingying FU: to A 212 00:35:35.290 --> 00:35:42.640 Jingying FU: in in reach the design, the set model to the spatial skill. 213 00:35:46.855 --> 00:36:02.620 Jingying FU: Based on the method of Gs and the crop growing models. And we estimate the the type typical crop energy crop energy plant 214 00:36:02.670 --> 00:36:10.980 Jingying FU: the production in different area. This is the distribution of different Angie plant. 215 00:36:11.010 --> 00:36:12.479 Jingying FU: and they 216 00:36:12.970 --> 00:36:15.850 Jingying FU: we also simulation the 217 00:36:16.230 --> 00:36:21.120 Jingying FU: the ring condition and irrigated conditions. 218 00:36:22.116 --> 00:36:34.759 Jingying FU: We also did some work on the spatial land sets at the Shannon Akron line in Shandong Domain. It's a very typical Shannon and Akron area. 219 00:36:36.860 --> 00:36:45.090 Jingying FU: This third section is about the life cycle assessment of the the 220 00:36:45.890 --> 00:37:07.700 Jingying FU: and the bell field production and the Lca assment is a technique to use to assess the environmental impacts, associate with all the stages of the products live from cradle to group as of it includes 221 00:37:07.820 --> 00:37:13.600 Jingying FU: steps of including the goal on the spoke scope, definition 222 00:37:13.680 --> 00:37:24.919 Jingying FU: and inventory analysis analyzes impact assessment, the results in the and the report in and Critical review. 223 00:37:25.950 --> 00:37:27.323 Jingying FU: There's a 224 00:37:28.060 --> 00:37:30.780 Jingying FU: as oh. 225 00:37:30.810 --> 00:37:32.060 Jingying FU: principles 226 00:37:33.150 --> 00:37:39.839 Jingying FU: and a typical I'll I'll see a model is the grade model is 227 00:37:40.080 --> 00:37:41.930 Jingying FU: as Mmm. 228 00:37:43.360 --> 00:37:44.940 Jingying FU: The outgoing. 229 00:37:45.310 --> 00:37:48.662 Jingying FU: the Icon National Laboratory. 230 00:37:49.750 --> 00:37:50.510 Jingying FU: study 231 00:37:51.980 --> 00:37:56.363 Jingying FU: the great, the great model, I think. 232 00:37:57.130 --> 00:38:20.010 Jingying FU: the the researchers in the energy research will use this model frequently it has the data about the greenhouse, the greenhouse gas emissions, the regulated amazing, the energy use few economic and the air pollute emissions 233 00:38:20.260 --> 00:38:21.892 Jingying FU: on this edge. 234 00:38:23.659 --> 00:38:40.129 Jingying FU: very good database that's we that can provide, and that can provide many prior parameters. And it's public for all the I open for the public 235 00:38:41.153 --> 00:38:42.140 Jingying FU: for the 236 00:38:42.570 --> 00:38:46.338 Jingying FU: life cycle of the Bell Field Bell Field. 237 00:38:47.540 --> 00:38:49.089 Jingying FU: where you can't be 238 00:38:49.290 --> 00:39:05.179 Jingying FU: established. Our own system is includes the crop cultivation unit and the the production unit and the using and the recycling unit. 239 00:39:05.460 --> 00:39:06.340 Jingying FU: And 240 00:39:07.070 --> 00:39:33.079 Jingying FU: among this we need to transport the the, the transport. To transport the the resources and transport the production. So this is the system boundary of the bell fuel, and that will, along with the energy and the economy and the carbon oxygen emission. 241 00:39:34.010 --> 00:39:34.755 Jingying FU: So 242 00:39:35.700 --> 00:39:57.728 Jingying FU: based on the based on the system we establish the model of the energy efficiency analysis. And we use the net energy, good and perimeter, to to evaluate if the input audit is is 243 00:39:58.959 --> 00:40:02.551 Jingying FU: if we can have a good a effect. 244 00:40:03.620 --> 00:40:14.159 Jingying FU: and this is the spatial distribution of the energy or the atnet energy potential of different, of different 245 00:40:14.220 --> 00:40:15.660 Jingying FU: energy plans. 246 00:40:15.970 --> 00:40:18.440 Jingying FU: And this is the 247 00:40:19.360 --> 00:40:20.869 Jingying FU: and we we. 248 00:40:21.270 --> 00:40:24.179 Jingying FU: the case study in the 249 00:40:24.330 --> 00:40:38.926 Jingying FU: shantong doing. And we also did the environmental impact analysis according to the Iso princess. And if and also the 250 00:40:40.240 --> 00:40:41.690 Jingying FU: the carbon 251 00:40:42.512 --> 00:40:47.090 Jingying FU: carbon oxygen balance model. 252 00:40:47.240 --> 00:40:55.120 Jingying FU: And this is the distribution, the distribution of the net energy and the carbon emissions. 253 00:40:55.220 --> 00:41:02.239 Jingying FU: and also the E environmental effects I didn't find present. The maps 254 00:41:02.360 --> 00:41:03.240 Jingying FU: are. 255 00:41:03.490 --> 00:41:15.399 Jingying FU: The third section is the water footprint of the Bellefuel within the the Lc. A. O Belle fuel system. We 256 00:41:16.240 --> 00:41:24.270 Jingying FU: analysis the water use in the stage of energy crop growth and the transport. 257 00:41:24.310 --> 00:41:25.400 Jingying FU: and 258 00:41:26.020 --> 00:41:30.219 Jingying FU: the production, the production space and the 259 00:41:30.350 --> 00:41:35.339 Jingying FU: the production transportation and the utilization stage. 260 00:41:35.480 --> 00:41:37.339 Jingying FU: We use the 261 00:41:38.560 --> 00:41:56.790 Jingying FU: we use the Pn and to measure the the supply under the month we. This is the total water requirement a day of feel as no from the sweet telecom. And we we 262 00:41:57.470 --> 00:42:01.660 Jingying FU: evaluates the total water, the total water 263 00:42:03.240 --> 00:42:06.990 Jingying FU: supply and the requirement requirement. 264 00:42:07.010 --> 00:42:11.379 Jingying FU: and we also evaluate the in the 265 00:42:14.540 --> 00:42:33.640 Jingying FU: reverbations within the rear vision we evaluate the the water, the water supply, and the water requirement during the Angi plant production, and and also the 266 00:42:33.730 --> 00:42:36.299 Jingying FU: water requirements of the 267 00:42:37.690 --> 00:42:38.740 Jingying FU: good. 268 00:42:39.870 --> 00:42:41.510 Jingying FU: the 269 00:42:42.202 --> 00:42:49.120 Jingying FU: the the requirement of the local use, such as the industry and the 270 00:42:50.540 --> 00:42:51.520 Jingying FU: Levi. 271 00:42:52.610 --> 00:43:00.750 Jingying FU: so we, from the results we can find that in the the red one, the red point. 272 00:43:01.265 --> 00:43:23.434 Jingying FU: The what the p is 0 in less than 0, which means the water demand is higher than the participation in those areas, especially in the this is a high high River and the low Leo River and 273 00:43:24.380 --> 00:43:26.990 Jingying FU: Yah River, and this is the 274 00:43:27.180 --> 00:43:36.129 Jingying FU: northwestern China River. Visions which are not suitable for energy prompt, which will stretch in the 275 00:43:37.170 --> 00:43:38.030 Jingying FU: water 276 00:43:38.520 --> 00:43:41.490 Jingying FU: safety in the local areas. 277 00:43:43.210 --> 00:43:49.960 Jingying FU: On the last part. The first part is the application of well, mass. 278 00:43:51.590 --> 00:43:59.969 Jingying FU: I want to share 3 applications. We have this use, the 279 00:44:00.890 --> 00:44:08.800 Jingying FU: study basics, we we, we date in less than a few years 280 00:44:09.490 --> 00:44:21.809 Jingying FU: the first one is the benefit analyst or multi approach bell, mass. Hungary utilization. Now, this is the comprehensive bionet biology 281 00:44:23.021 --> 00:44:28.230 Jingying FU: accounting model. In this study, we 282 00:44:28.420 --> 00:44:31.899 Jingying FU: and and analyzes the all the 283 00:44:31.930 --> 00:44:39.480 Jingying FU: bell mass resources. In the left side we can see the 284 00:44:40.550 --> 00:44:45.000 Jingying FU: organic organic beast and the 285 00:44:45.050 --> 00:45:10.829 Jingying FU: energy plans. And this is the bell mass resources. And we consider the the different using method of the biomass, such as from from mentation and the combustion and the bell Energy and electric and the 286 00:45:11.020 --> 00:45:20.570 Jingying FU: bell gas different method that we can be can use. And the red side is the 287 00:45:22.061 --> 00:45:41.579 Jingying FU: final products. Products. We think just at the bell, electric bell gas the solid bell fields, liquid bell fuels belt, and we. This is a comprehensive handset beyond accounting model. 288 00:45:41.590 --> 00:45:43.920 Jingying FU: and on the way 289 00:45:44.080 --> 00:45:45.580 Jingying FU: use the 290 00:45:45.630 --> 00:45:46.930 Jingying FU: spatial 291 00:45:47.070 --> 00:45:48.620 Jingying FU: and even 292 00:45:48.710 --> 00:46:00.640 Jingying FU: spatial information technology, the life cycle assessment and the multi path analysis. And then we 293 00:46:00.800 --> 00:46:02.919 Jingying FU: evaluate all the 294 00:46:03.080 --> 00:46:04.770 Jingying FU: stages 295 00:46:04.840 --> 00:46:05.860 Jingying FU: and the 296 00:46:07.690 --> 00:46:08.565 Jingying FU: comprehensive 297 00:46:09.880 --> 00:46:11.620 Jingying FU: carbon emission 298 00:46:13.320 --> 00:46:14.420 Jingying FU: removal. 299 00:46:14.860 --> 00:46:16.640 Jingying FU: the potential. 300 00:46:17.790 --> 00:46:20.740 Jingying FU: the potential of all the 301 00:46:20.830 --> 00:46:22.350 Jingying FU: all the 302 00:46:22.760 --> 00:46:24.960 Jingying FU: uses. Massers. 303 00:46:27.090 --> 00:46:37.050 Jingying FU: this. This is the different production that can be obtained from the different bell mass of different areas 304 00:46:38.006 --> 00:46:44.793 Jingying FU: including the bell, electricity, bell gas bell Diesel, ethno, and 305 00:46:46.250 --> 00:46:53.865 Jingying FU: that's that's fair solid bell, fuel, hydrogen, and belcha. And this is the different 306 00:46:54.720 --> 00:46:59.020 Jingying FU: the structure in different areas. 307 00:47:03.120 --> 00:47:10.540 Jingying FU: On the second, a, the second application is about Cb, U Ccs. Maybe the 308 00:47:14.200 --> 00:47:20.850 Jingying FU: you hear about Ccs more, and the bill is the 309 00:47:20.890 --> 00:47:33.050 Jingying FU: we use the bell mass to combine with the Ccs system Cb Ccs. As the brief of the 310 00:47:33.070 --> 00:47:38.459 Jingying FU: cobalt mass Co. Firing power plants with retrieve 311 00:47:38.630 --> 00:47:45.220 Jingying FU: retrofit carbon capture and the storage. We! 312 00:47:45.320 --> 00:47:47.699 Jingying FU: This is the 313 00:47:47.840 --> 00:47:53.610 Jingying FU: comprehensive assessment framework of the Cb. Css. System. 314 00:47:58.700 --> 00:48:07.180 Jingying FU: in this frame the first part is the bell mass resulted potential assessment. In this. 315 00:48:07.280 --> 00:48:23.460 Jingying FU: In this model model we evaluate the bell mass production and the the land resources and the initial bell mass production and the initial field. 316 00:48:25.231 --> 00:48:34.610 Jingying FU: We focused the the data from 2,020 to 2,000 2,060 317 00:48:35.207 --> 00:48:38.042 Jingying FU: and we use the avenue 318 00:48:38.920 --> 00:48:44.000 Jingying FU: data to simulation the whole, the whole process. 319 00:48:44.050 --> 00:48:45.260 Jingying FU: And and 320 00:48:45.690 --> 00:48:56.360 Jingying FU: we use the biomass resources as a basis. And we use the G as method to match 321 00:48:57.160 --> 00:49:06.419 Jingying FU: the first step. We use the the bell mass to match with the existing Co. Firing power plants. 322 00:49:08.950 --> 00:49:11.480 Jingying FU: and in order to 323 00:49:11.680 --> 00:49:13.250 Jingying FU: reduce the 324 00:49:13.340 --> 00:49:21.066 Jingying FU: carbon, the carbon oxygen emission in coal fare, coal fired power plants. 325 00:49:21.900 --> 00:49:23.920 Jingying FU: 55, 326 00:49:24.130 --> 00:49:32.409 Jingying FU: 15% of the bell mass can be add to the co-founded power plants. 327 00:49:32.470 --> 00:49:37.720 Jingying FU: And this is the first, the first step we we 328 00:49:38.010 --> 00:49:46.489 Jingying FU: when the biomass mixed with the coal, fared Powerpoint, and we 329 00:49:47.162 --> 00:49:50.419 Jingying FU: the second is, we match the 330 00:49:51.661 --> 00:49:56.770 Jingying FU: the left car carbon, oxygen emissions. 331 00:49:56.780 --> 00:49:58.610 Jingying FU: We used the 332 00:49:59.120 --> 00:50:01.939 Jingying FU: we used the the 333 00:50:02.140 --> 00:50:04.240 Jingying FU: sourcing and 334 00:50:04.400 --> 00:50:15.360 Jingying FU: the sauce think that can storage, and the capture and storage to the emissions. So we. 335 00:50:15.730 --> 00:50:19.239 Jingying FU: the second step is the 336 00:50:20.992 --> 00:50:36.930 Jingying FU: the the carbon oxygen emissions with to match the the sourcing areas. This is the geographic geographical 337 00:50:37.200 --> 00:50:38.630 Jingying FU: locals. 338 00:50:41.430 --> 00:50:43.360 Jingying FU: before they 339 00:50:43.690 --> 00:50:49.272 Jingying FU: hmm. Besides this, we use the CE model to 340 00:50:50.180 --> 00:50:51.240 Jingying FU: to 341 00:50:52.300 --> 00:51:02.650 Jingying FU: and to focus the carbon emissions on the power consumption, the energy consumption and the mitigations cost 342 00:51:03.381 --> 00:51:10.500 Jingying FU: this can be added to the power system optimization model. 343 00:51:10.990 --> 00:51:14.010 Jingying FU: And in this model we can 344 00:51:14.791 --> 00:51:24.050 Jingying FU: we can analyze the the cost and the the capsic, the capsule of the 345 00:51:24.925 --> 00:51:25.770 Jingying FU: the 346 00:51:31.490 --> 00:51:33.940 Jingying FU: the cavity, and the 347 00:51:34.910 --> 00:51:35.950 Jingying FU: the 348 00:51:36.830 --> 00:51:38.250 Jingying FU: all the 349 00:51:38.510 --> 00:51:47.784 Jingying FU: different different cost of the of the whole system, and we add the cost to the 350 00:51:48.370 --> 00:51:52.343 Jingying FU: frame of the cbee Ccs. And this is 351 00:51:54.076 --> 00:51:56.463 Jingying FU: the whole, the whole 352 00:51:57.110 --> 00:51:58.290 Jingying FU: framework. 353 00:51:58.330 --> 00:52:03.079 Jingying FU: and it does it. This is the first step the 354 00:52:03.100 --> 00:52:15.219 Jingying FU: the bell mass resources we saw to evaluate. How much how much bell mice can be available for for 355 00:52:16.960 --> 00:52:20.709 Jingying FU: For mixed or match. This is the 356 00:52:21.357 --> 00:52:25.122 Jingying FU: distribution of the bell mass 357 00:52:26.950 --> 00:52:33.269 Jingying FU: including the agriculture, residue, forest residue and energy crops 358 00:52:33.450 --> 00:52:41.019 Jingying FU: and the green points are the CD plants that can be matched 359 00:52:41.482 --> 00:52:45.100 Jingying FU: with the bell mass and the power, the 360 00:52:45.120 --> 00:52:46.340 Jingying FU: coal Fab 361 00:52:46.630 --> 00:52:48.189 Jingying FU: power plans. 362 00:52:50.570 --> 00:52:51.970 Jingying FU: the 363 00:52:52.140 --> 00:53:01.089 Jingying FU: gray points are the Co. Fare power plans which can't be matched. This is the 364 00:53:01.200 --> 00:53:02.530 Jingying FU: and 365 00:53:02.930 --> 00:53:13.987 Jingying FU: the shadow. The shadow is the places that can be inject the the inject, the carbon oxygen 366 00:53:15.550 --> 00:53:21.670 Jingying FU: So so we used. So we need to match the bell mass 367 00:53:22.200 --> 00:53:27.120 Jingying FU: and the Co. Fare plan and power plans and the 368 00:53:27.130 --> 00:53:35.580 Jingying FU: in chat places that can be used at the storage places. 369 00:53:43.238 --> 00:53:51.410 Jingying FU: this is the the map, the figure that we can see how we can, how we match the 370 00:53:51.430 --> 00:53:57.720 Jingying FU: the bell mess with the co-found power plants on the 371 00:53:57.780 --> 00:53:58.840 Jingying FU: the 372 00:53:59.960 --> 00:54:09.789 Jingying FU: dark gray bar is the total number of the power pound power plants. 373 00:54:09.860 --> 00:54:16.270 Jingying FU: and we only considered the installed cap setting 374 00:54:17.480 --> 00:54:20.896 Jingying FU: Larger than 300 tower. 375 00:54:21.930 --> 00:54:23.160 Jingying FU: joa 376 00:54:23.760 --> 00:54:24.670 Jingying FU: day 377 00:54:25.853 --> 00:54:27.060 Jingying FU: and the 378 00:54:27.500 --> 00:54:30.440 Jingying FU: so this is the the 379 00:54:30.510 --> 00:54:34.819 Jingying FU: the total number we can use, though, is only 380 00:54:35.410 --> 00:54:40.550 Jingying FU: 5, 598. 381 00:54:42.160 --> 00:54:56.570 Jingying FU: And this is the We. We have the conditions conditions that the rest, your life of the power plants should be larger than 15 years. So, and 382 00:54:56.600 --> 00:54:57.640 Jingying FU: file 383 00:54:57.810 --> 00:55:02.449 Jingying FU: power plant will be removed. And we 384 00:55:03.020 --> 00:55:05.390 Jingying FU: we need to. 385 00:55:05.440 --> 00:55:10.249 Jingying FU: We need the power. Power plans can be matched with the 386 00:55:10.260 --> 00:55:16.459 Jingying FU: bell mass. If they can't be matched with the bell. Mass. Hmm! 387 00:55:17.120 --> 00:55:18.870 Jingying FU: The 46, 388 00:55:19.610 --> 00:55:25.960 Jingying FU: 46 power plans will be removed and the sorry 389 00:55:26.616 --> 00:55:27.123 Jingying FU: the 390 00:55:30.710 --> 00:55:39.520 Jingying FU: this is the accessible storage. Assess. The story set is the shadow areas and the 391 00:55:39.560 --> 00:55:41.073 Jingying FU: the transport. 392 00:55:41.910 --> 00:55:52.330 Jingying FU: pipeline, the the distance will is within 2,250 kilometer. So 393 00:55:53.130 --> 00:56:02.092 Jingying FU: 102 power plans will be removed, and this is with the pipeline network. If the 394 00:56:02.660 --> 00:56:04.590 Jingying FU: the cost of the 395 00:56:05.600 --> 00:56:13.010 Jingying FU: traffic is much, we can use the pipeline network. If the 396 00:56:13.170 --> 00:56:18.499 Jingying FU: pipeline network can't be used, it will be removed. So 397 00:56:18.550 --> 00:56:23.229 Jingying FU: there's there's 100 and 398 00:56:23.870 --> 00:56:28.799 Jingying FU: well sorry. 1,000 832 399 00:56:29.686 --> 00:56:44.710 Jingying FU: power prompt in total. Finally, 250 file power prompts can be used for the Cb Cbe Ccs frame. So this is in 400 00:56:44.870 --> 00:56:55.289 Jingying FU: this is the number in 2,000 and 25 and 260, 77 in 401 00:56:55.390 --> 00:56:57.900 Jingying FU: 2,030. 402 00:56:59.590 --> 00:57:00.490 Jingying FU: And 403 00:57:01.040 --> 00:57:01.970 Jingying FU: so 404 00:57:02.400 --> 00:57:09.030 Jingying FU: so the the final results we we we 405 00:57:09.220 --> 00:57:13.720 Jingying FU: calculated is the the purple brass. 406 00:57:14.680 --> 00:57:21.449 Jingying FU: the the potential of the purple bus that we calculate. We calculate it 407 00:57:21.590 --> 00:57:31.330 Jingying FU: so from the result. The funding we call. We can see it with various deployment scenarios. 408 00:57:33.108 --> 00:57:48.460 Jingying FU: We can attribute our annual carbon, oxygen emission reduction potential of 0 point 1 4 7 9 4 3 to 1.1 3 gt. Per year 409 00:57:50.175 --> 00:57:50.910 Jingying FU: I 410 00:57:51.210 --> 00:57:52.360 Jingying FU: Sd. 411 00:57:54.430 --> 00:57:57.340 Jingying FU: At the total 412 00:57:57.390 --> 00:57:58.440 Jingying FU: come 413 00:57:58.540 --> 00:58:00.400 Jingying FU: contributions 414 00:58:00.690 --> 00:58:01.940 Jingying FU: a. 415 00:58:02.390 --> 00:58:05.390 Jingying FU: It will. The 416 00:58:05.750 --> 00:58:11.130 Jingying FU: the kind, the total contributions is as large. E, 2. 417 00:58:12.180 --> 00:58:15.020 Jingying FU: To achieve the 418 00:58:15.230 --> 00:58:20.940 Jingying FU: net emission in the cofiring section 419 00:58:21.703 --> 00:58:39.199 Jingying FU: the mix. The mixed ratio here is the 15%. If the upper bile mass mixing result is increased to 30% and additional 113 420 00:58:39.400 --> 00:58:46.730 Jingying FU: empty per year of the supply and will be achieved. 421 00:58:47.890 --> 00:58:50.809 Jingying FU: So this is the the 422 00:58:51.230 --> 00:58:58.009 Jingying FU: regards. And we published a paper paper A on the Ncc. 423 00:58:58.692 --> 00:59:06.537 Jingying FU: The third one is the third. One of the Upc. Application is the update migration 424 00:59:07.240 --> 00:59:10.590 Jingying FU: supply chain for biology production. 425 00:59:10.680 --> 00:59:11.700 Jingying FU: On 426 00:59:11.940 --> 00:59:15.850 Jingying FU: in this frame. We we 427 00:59:16.570 --> 00:59:18.944 Jingying FU: we did the walk to 428 00:59:19.490 --> 00:59:22.929 Jingying FU: because we we 429 00:59:23.690 --> 00:59:31.780 Jingying FU: we did a lot of work on the simulation of the crop. Yield, and 430 00:59:31.840 --> 00:59:34.569 Jingying FU: hmm! We didn't. We used a 431 00:59:34.900 --> 00:59:46.320 Jingying FU: We. We use the bell field. We should. We should use the supply chain. If it is a if 432 00:59:47.892 --> 00:59:58.430 Jingying FU: the cost or the angry, or the environmental effect is good enough. So we 433 00:59:58.900 --> 01:00:10.419 Jingying FU: we develop a method to to evaluate the effect of the whole supply chain. The first step we 434 01:00:10.580 --> 01:00:13.020 Jingying FU: we start we 435 01:00:13.170 --> 01:00:14.639 Jingying FU: does does 436 01:00:14.780 --> 01:00:30.818 Jingying FU: special distribution of the crop. The yield of the angry crop was simulation and simulated, and we based on the distribution of the yield. We 437 01:00:32.400 --> 01:00:43.219 Jingying FU: selected the raw material pursuit procurement stations, and then we select. We selected the 438 01:00:43.700 --> 01:00:50.540 Jingying FU: the. It's the asthma processing plan set, and finally, we 439 01:00:51.806 --> 01:00:53.639 Jingying FU: can't we 440 01:00:53.730 --> 01:01:01.833 Jingying FU: evaluate the benefits of the supply the supply chain the first step we use the 441 01:01:02.330 --> 01:01:06.230 Jingying FU: decide model, and the gis to 442 01:01:06.540 --> 01:01:10.929 Jingying FU: is to is is tape. 443 01:01:11.110 --> 01:01:15.849 Jingying FU: Estimate the visual distribution of sweet Salcom yield. 444 01:01:17.070 --> 01:01:19.980 Jingying FU: and then we use the the Tyson 445 01:01:20.510 --> 01:01:31.411 Jingying FU: poly college polygon segment segmentation to selected the raw material procurement stations. 446 01:01:32.800 --> 01:01:36.009 Jingying FU: And we also did the sensitive analysis. 447 01:01:36.472 --> 01:01:41.120 Jingying FU: And we found that this is the number, all the the 448 01:01:41.280 --> 01:01:45.980 Jingying FU: fit. The station is 100, 449 01:01:46.610 --> 01:01:51.639 Jingying FU: when the station number is 100, and the 450 01:01:51.920 --> 01:01:56.059 Jingying FU: cost and carbon emissions will will low. 451 01:01:59.950 --> 01:02:05.729 Jingying FU: And when we got the real material station, then we 452 01:02:05.870 --> 01:02:13.849 Jingying FU: selected the ethanol processing prolonged site. In this step we consider the 453 01:02:14.230 --> 01:02:16.070 Jingying FU: on the 454 01:02:16.330 --> 01:02:20.479 Jingying FU: conditions, such as the existing plans 455 01:02:20.560 --> 01:02:34.091 Jingying FU: and the bell mass distribution and other conditions. And this is the candidate candidate locations of the asthma processing plans. 456 01:02:36.530 --> 01:02:38.910 Jingying FU: And at the last we 457 01:02:39.290 --> 01:02:44.309 Jingying FU: he! We is teammate and simulate the 458 01:02:45.190 --> 01:02:49.759 Jingying FU: the cost, the cost, and the carbon 459 01:02:51.510 --> 01:02:53.709 Jingying FU: carbon, oxygen, emission 460 01:02:54.450 --> 01:03:00.959 Jingying FU: potential during the the whole whole supply chain. 461 01:03:01.518 --> 01:03:05.010 Jingying FU: We found that the OP, the optimal. 462 01:03:05.450 --> 01:03:16.390 Jingying FU: This is the optimal optimal supply network from the raw material purchasing station to the to the asthma processing plant. 463 01:03:17.110 --> 01:03:19.690 Jingying FU: This is under the 464 01:03:19.870 --> 01:03:26.750 Jingying FU: economic optimization, and this is the supply chain from the 465 01:03:27.920 --> 01:03:38.229 Jingying FU: as no processing plant to the to the distribution center, then this also under the economic update of the 466 01:03:38.500 --> 01:03:42.680 Jingying FU: musician. And the this is the 467 01:03:43.690 --> 01:03:47.540 Jingying FU: this is under the optimization 468 01:03:47.560 --> 01:03:50.640 Jingying FU: of environmental, and this 469 01:03:50.710 --> 01:03:57.522 Jingying FU: from raw material to as no processing prompt. And this is the 470 01:04:00.184 --> 01:04:09.436 Jingying FU: the as no processing plans to the distribution center and the use stage under the environmental optimization. 471 01:04:13.022 --> 01:04:24.760 Jingying FU: During the whole process we use a multi objective mixed, integral, linear programming model 472 01:04:25.550 --> 01:04:34.370 Jingying FU: based on the minimum minimization of the cost and the minimal minimization of 473 01:04:36.630 --> 01:04:44.250 Jingying FU: environmental impacts. And in the touch path states, we call, we consider the 474 01:04:44.340 --> 01:04:46.070 Jingying FU: wrote all the 475 01:04:46.250 --> 01:04:48.730 Jingying FU: train transport method 476 01:04:53.284 --> 01:05:01.910 Jingying FU: this is the incentive analysis of the raw material at the no demand and the transportation mode 477 01:05:04.060 --> 01:05:05.200 Jingying FU: the 478 01:05:05.450 --> 01:05:08.600 Jingying FU: the research we published a 479 01:05:08.860 --> 01:05:10.539 Jingying FU: and not Parker, you know. 480 01:05:11.626 --> 01:05:12.839 Jingying FU: Maybe later 481 01:05:13.100 --> 01:05:17.600 Jingying FU: on, the innovation, energy. And 482 01:05:17.690 --> 01:05:21.280 Jingying FU: and this this is also a new. 483 01:05:21.330 --> 01:05:22.590 Jingying FU: I'm journal. 484 01:05:22.810 --> 01:05:26.389 Jingying FU: Welcome other publications. 485 01:05:28.140 --> 01:05:35.996 Jingying FU: I don't speak English frequently so. I'm really sorry for my speaking English, and 486 01:05:37.860 --> 01:05:41.829 Jingying FU: that's my sharing. Thank you. 487 01:05:43.400 --> 01:05:50.719 Jun Li-CUMTB: Oh, thank you, Professor Fu, thank you very much for this excellent presentation. 488 01:05:51.130 --> 01:05:55.179 Jun Li-CUMTB: No, we come to a Q&A session. 489 01:05:55.370 --> 01:06:00.620 Jun Li-CUMTB: So just unmute yourself and raise your questions. 490 01:06:04.970 --> 01:06:06.830 Jun Li-CUMTB: Is there any question 491 01:06:07.670 --> 01:06:08.830 Jun Li-CUMTB: anybody. 492 01:06:11.190 --> 01:06:12.839 Xuelian Meng: Maybe I will ask one. 493 01:06:14.310 --> 01:06:15.460 Xuelian Meng: Hello! Can you hear me? 494 01:06:15.560 --> 01:06:16.529 Jingying FU: Oh, hello! Again! 495 01:06:16.530 --> 01:06:17.939 Jun Li-CUMTB: Yeah. Yeah. Philadelphia. 496 01:06:17.940 --> 01:06:18.370 Jingying FU: Thank you. 497 01:06:18.370 --> 01:06:24.649 Xuelian Meng: Okay. First, I'm not. Thanks for your presentation. And I'm not in your field. 498 01:06:25.010 --> 01:06:37.189 Xuelian Meng: So may not be that much familiar with the specific methods. And so I saw you have a lot of large scale mapping so in general, how how in your field 499 01:06:38.000 --> 01:06:43.590 Xuelian Meng: how do people deal with verification of the accuracy of the mapping or prediction. 500 01:06:48.290 --> 01:06:53.819 Xuelian Meng: Cause. My background is in remote sensing. So a lot of time, we we need to do 501 01:06:54.100 --> 01:06:55.570 Xuelian Meng: accuracy assessment. 502 01:06:55.610 --> 01:06:59.479 Xuelian Meng: So in your field, how people handle that part. 503 01:07:05.225 --> 01:07:09.950 Jingying FU: Sorry I didn't got got your your 504 01:07:10.340 --> 01:07:12.980 Jingying FU: part and use. 505 01:07:14.270 --> 01:07:15.450 Jingying FU: You've said. 506 01:07:15.785 --> 01:07:17.125 Xuelian Meng: Okay? So what I? 507 01:07:18.290 --> 01:07:24.360 Xuelian Meng: So my question is that I saw you have a lot of accent mapping for very large scale. 508 01:07:25.540 --> 01:07:26.510 Xuelian Meng: How. 509 01:07:26.510 --> 01:07:27.140 Jingying FU: Yeah. 510 01:07:28.652 --> 01:07:34.000 Xuelian Meng: So that's the result of the mapping or the modeling. But then, how? 511 01:07:35.780 --> 01:07:42.789 Xuelian Meng: How do we know how reliable is the result? So in your field? Are there usually certain 512 01:07:43.110 --> 01:07:44.450 Xuelian Meng: assessment. 513 01:07:45.450 --> 01:07:48.200 Jingying FU: To. Okay. Okay. I forgot. 514 01:07:48.423 --> 01:07:48.646 Xuelian Meng: Too! 515 01:07:49.456 --> 01:07:50.043 Jingying FU: Kaiser. 516 01:07:51.600 --> 01:07:53.630 Jingying FU: oh, okay. 517 01:07:55.745 --> 01:07:59.899 Jingying FU: I, I will take this slide as a example. 518 01:08:00.330 --> 01:08:23.380 Jingying FU: And G epic model is also a set model and some some people they set work in a specific set or area. And if we want to, we want to. Use the model to in our last area, we through to we. 519 01:08:23.399 --> 01:08:25.600 Jingying FU: We use the method like, 520 01:08:26.439 --> 01:08:27.630 Jingying FU: a beep 521 01:08:28.100 --> 01:08:30.490 Jingying FU: in you, you, you, you. 522 01:08:30.500 --> 01:08:35.029 Jingying FU: you in the research of a remote sensing. You know the raster 523 01:08:35.620 --> 01:08:36.665 Jingying FU: raster 524 01:08:37.830 --> 01:08:40.400 Jingying FU: at the grid. We 525 01:08:40.420 --> 01:08:49.239 Jingying FU: we use the method. And like we, we take our reset as one line or one. Hmm. 526 01:08:49.850 --> 01:08:59.909 Jingying FU: pine. We we use the night we are on that of the one kilometer or 5 kilometer. 527 01:08:59.930 --> 01:09:09.410 Jingying FU: We one grade we can take one grade as the as the set. So we we 528 01:09:09.550 --> 01:09:11.183 Jingying FU: process the 529 01:09:12.500 --> 01:09:22.310 Jingying FU: the input data to the restaurant, the restaurant format. And we. We 530 01:09:22.740 --> 01:09:26.169 Jingying FU: use the the set model 531 01:09:26.300 --> 01:09:29.319 Jingying FU: in every in every grade. 532 01:09:31.790 --> 01:09:35.889 Jingying FU: This is the method that we realized the process. 533 01:09:36.290 --> 01:09:38.381 Jingying FU: I I I don't know if you 534 01:09:38.950 --> 01:09:40.160 Jingying FU: that's why. 535 01:09:42.520 --> 01:09:58.650 Jun Li-CUMTB: Okay, I think, to, the time is limited. So if you have any other questions that we can to get contact later under. I I saw that there is another question from Musa, or 536 01:09:58.850 --> 01:10:00.910 Jun Li-CUMTB: is, is is that you. 537 01:10:04.510 --> 01:10:05.730 Musa Kamara: And says, Hello. 538 01:10:06.070 --> 01:10:08.370 Jun Li-CUMTB: Oh, okay. Okay. Thank you. 539 01:10:10.060 --> 01:10:13.997 Musa Kamara: Yeah. My name is Musa. 540 01:10:18.150 --> 01:10:22.179 Musa Kamara: I am a student, a master student of 541 01:10:22.270 --> 01:10:26.880 Musa Kamara: and Women's science at Stanji University 542 01:10:27.020 --> 01:10:35.600 Musa Kamara: in Shanghai. I want to thank the Professor for a wonderful and relance presentation. 543 01:10:36.514 --> 01:10:54.440 Musa Kamara: As I have an interest in this field in Geographica information systems or science. So I want to know. She made mention of the Marina land. So I want to know the impact of the marina land 544 01:10:54.490 --> 01:10:58.300 Musa Kamara: in China to us by European. 545 01:11:00.030 --> 01:11:01.140 Jingying FU: Marginal, land. 546 01:11:03.910 --> 01:11:05.080 Musa Kamara: Saloon. Professor. 547 01:11:05.540 --> 01:11:06.330 Musa Kamara: Yeah. 548 01:11:06.690 --> 01:11:07.680 Musa Kamara: Yes. 549 01:11:07.890 --> 01:11:08.990 Jingying FU: Imagine a man. 550 01:11:09.350 --> 01:11:10.859 Musa Kamara: Land, yes. 551 01:11:11.260 --> 01:11:11.870 Jingying FU: A. 552 01:11:12.150 --> 01:11:14.860 Jingying FU: So what's your what? Your question is? 553 01:11:15.000 --> 01:11:15.570 Jingying FU: And yeah. 554 01:11:15.570 --> 01:11:21.899 Musa Kamara: Yeah. My question is, I want to know the impact of the low marginal land 555 01:11:21.990 --> 01:11:25.610 Musa Kamara: in China towards the production of 556 01:11:25.750 --> 01:11:28.750 Musa Kamara: by you by your fear. 557 01:11:32.280 --> 01:11:36.644 Jun Li-CUMTB: He's asking, What what is the impact of margin. 558 01:11:37.310 --> 01:11:37.790 Musa Kamara: Lance. 559 01:11:37.790 --> 01:11:38.890 Jingying FU: Pass 560 01:11:39.140 --> 01:11:40.340 Jingying FU: the impact. 561 01:11:41.459 --> 01:11:47.450 Jingying FU: We just use the marginal land. That is hmm! We called Westland. 562 01:11:48.153 --> 01:11:51.320 Jingying FU: We don't use the farmland 563 01:11:51.340 --> 01:11:52.750 Jingying FU: are the 564 01:11:52.990 --> 01:11:55.760 Jingying FU: ecological production. 565 01:11:56.080 --> 01:11:58.000 Jingying FU: And hmm. 566 01:11:59.870 --> 01:12:05.809 Jingying FU: so we we. We have some limitations of the marginal land selection. 567 01:12:06.530 --> 01:12:07.560 Musa Kamara: Okay. 568 01:12:12.160 --> 01:12:13.165 Jun Li-CUMTB: Okay. 569 01:12:14.180 --> 01:12:26.750 Jun Li-CUMTB: A, actually, I have for quite a few questions to want to discuss with you, Professor Full, since I'm also doing some research in the field of allergy. 570 01:12:26.910 --> 01:12:31.819 Jun Li-CUMTB: especially in the fossil allergy, like the Coal Allergy. 571 01:12:31.980 --> 01:12:45.539 Jun Li-CUMTB: But I think the time has run up loud today. So everybody, if you have other questions, and, like me, you you can contact with full by email or other. 572 01:12:46.705 --> 01:12:47.360 Jun Li-CUMTB: Approaching. 573 01:12:47.400 --> 01:12:49.870 Jun Li-CUMTB: So today, we 574 01:12:49.910 --> 01:12:51.040 Jun Li-CUMTB: a 575 01:12:51.050 --> 01:12:52.558 Jun Li-CUMTB: I'm very pleased with you 576 01:12:53.660 --> 01:13:00.430 Jun Li-CUMTB: presentation. Thank our speak today. And I thank all our audience today. 577 01:13:02.150 --> 01:13:03.170 Musa Kamara: Fine. 578 01:13:03.170 --> 01:13:03.972 Jingying FU: Nice. Thank you. 579 01:13:04.240 --> 01:13:04.670 Jun Li-CUMTB: Good night. 580 01:13:04.670 --> 01:13:05.490 Jingying FU: My lunch. 581 01:13:05.490 --> 01:13:06.410 Xuelian Meng: Thank you. 582 01:13:09.050 --> 01:13:13.028 Jun Li-CUMTB: Professor 4. Can you share your email in the chat box? 583 01:13:13.390 --> 01:13:14.170 Jingying FU: Is here. 584 01:13:14.880 --> 01:13:19.949 Jingying FU: and this is my tale, and also the Vchat number. 585 01:13:20.330 --> 01:13:21.300 Jingying FU: Okay. 586 01:13:21.520 --> 01:13:23.209 Jun Li-CUMTB: Booza! Can you see that. 587 01:13:23.210 --> 01:13:24.956 Musa Kamara: Yeah. Art. 588 01:13:28.490 --> 01:13:32.130 Musa Kamara: No, no, no, I'm Gannon. 589 01:13:32.330 --> 01:13:35.060 Musa Kamara: Yeah, you do that again. 590 01:13:36.350 --> 01:13:36.760 Jun Li-CUMTB: You have. 591 01:13:36.760 --> 01:13:37.930 Musa Kamara: Messy dreams. 592 01:13:37.930 --> 01:13:39.090 Jun Li-CUMTB: Can you see this slide 593 01:13:39.720 --> 01:13:40.790 Jun Li-CUMTB: on the screen. 594 01:13:42.680 --> 01:13:44.230 Musa Kamara: Alright. Okay. 595 01:13:44.230 --> 01:13:44.559 Jun Li-CUMTB: Okay. 596 01:13:47.590 --> 01:13:47.975 Musa Kamara: Ok. 597 01:13:49.340 --> 01:13:50.240 Musa Kamara: alright, just. 598 01:13:50.690 --> 01:13:53.170 Jun Li-CUMTB: Yeah, we can leave the 599 01:13:53.750 --> 01:13:55.150 Jun Li-CUMTB: the chatting room now.