海洋保育
-
00:00
1.
index 1
-
01:13
2.
Geophysics from “a to b”
-
07:08
3.
Thermal gradient depends on location
-
09:59
4.
Slide 4
-
10:19
5.
Larderello Worlds First Geothermal Power Station
-
11:30
6.
Slide 6
-
11:45
7.
Slide 7
-
12:09
8.
Slide 8
-
15:49
9.
Slide 9
-
18:18
10.
Slide 10
-
18:20
11.
Slide 9
-
18:50
12.
Slide 10
-
19:35
13.
Direct Transmission of geothermal energy?
-
20:14
14.
Places in order of difficulty to exploit
-
23:08
15.
Slide 13
-
23:40
16.
Larderello Worlds First Geothermal Power Station
-
23:55
17.
Slide 15
-
24:21
18.
Slide 16
-
24:30
19.
Hot aquifer schematicunderground layer of water-bearing permeable rock or unconsolidated materials from which groundwater can be usefully extracted using a well.
-
25:00
20.
Enhanced Geothermal Systems (EGS)“Hot dry rock” systems
-
27:12
21.
What determines the optimum separation between the wells?
-
28:12
22.
Basics of a geothermal plant
-
28:13
23.
What determines the optimum separation between the wells?
-
28:56
24.
Basics of a geothermal plant
-
30:09
25.
3 Types of geothermal power plants
-
30:39
26.
** after 2018 地熱.ppt
-
30:44
27.
Slide 15
-
30:50
28.
** after 2018 地熱.ppt
-
30:57
29.
3 Types of geothermal power plants
-
34:23
30.
Basics of a geothermal plant
-
34:26
31.
3 Types of geothermal power plants
-
37:20
32.
Problem with accessing the resource: Drilling costs
-
37:57
33.
Geothermal heat pumps are even simpler – no refrigerant needed
-
39:57
34.
Other cons besides high initial cost
-
40:44
35.
Is geothermal carbon free?
-
40:45
36.
Is geothermal really “renewable?”
-
40:46
37.
Possible environmental problem: enhanced earthquake activity – especially for the deepest (and most productive) drilling
-
40:54
38.
Is geothermal really “renewable?”
-
41:04
39.
Is geothermal carbon free?
-
41:13
40.
Is geothermal really “renewable?”
-
41:17
41.
Possible environmental problem: enhanced earthquake activity – especially for the deepest (and most productive) drilling
-
42:23
42.
** after 2018 地熱.ppt
-
42:29
43.
Basics of a geothermal plant
-
43:19
44.
3 Types of geothermal power plants
-
43:20
45.
Problem with accessing the resource: Drilling costs
-
43:21
46.
Geothermal heat pumps are even simpler – no refrigerant needed
-
43:22
47.
Other cons besides high initial cost
-
43:23
48.
Is geothermal carbon free?
-
43:24
49.
Is geothermal really “renewable?”
-
43:25
50.
Possible environmental problem: enhanced earthquake activity – especially for the deepest (and most productive) drilling
-
43:27
51.
How serious is the earthquake danger?
-
43:36
52.
Possible environmental problem: enhanced earthquake activity – especially for the deepest (and most productive) drilling
-
43:36
53.
Is geothermal really “renewable?”
-
43:37
54.
Is geothermal carbon free?
-
43:37
55.
Other cons besides high initial cost
-
43:37
56.
Geothermal heat pumps are even simpler – no refrigerant needed
-
43:40
57.
Problem with accessing the resource: Drilling costs
-
43:40
58.
3 Types of geothermal power plants
-
43:41
59.
Basics of a geothermal plant
-
43:52
60.
3 Types of geothermal power plants
-
43:53
61.
Problem with accessing the resource: Drilling costs
-
43:53
62.
Geothermal heat pumps are even simpler – no refrigerant needed
-
43:54
63.
Other cons besides high initial cost
-
43:54
64.
Is geothermal carbon free?
-
43:54
65.
Is geothermal really “renewable?”
-
43:55
66.
Possible environmental problem: enhanced earthquake activity – especially for the deepest (and most productive) drilling
-
43:56
67.
How serious is the earthquake danger?
-
43:58
68.
韓國浦項地熱發電廠
-
44:10
69.
Slide 30
-
44:16
70.
The Resource
-
44:18
71.
Slide 30
-
44:22
72.
The Resource
-
44:40
73.
space heating
-
45:16
74.
Electricity Generation
-
46:08
75.
swimming pool
-
46:40
76.
Fish Farming
-
46:56
77.
Greenhouses
-
47:05
78.
Industrial Users
-
47:20
79.
Snow Melting
-
47:51
80.
台灣的地溫梯度及地熱資源
-
48:25
81.
不同的地熱能淬取方式比較
-
48:27
82.
淺層熱水型地熱生成模式
-
48:29
83.
淺層地熱發電技術特點
-
49:01
84.
EGS加強型地熱系統之關鍵技術
-
49:05
85.
Slide 44
-
49:06
86.
深層地熱與淺層地熱發電之差異
-
49:17
87.
Slide 44
-
49:18
88.
深層地熱與淺層地熱發電之差異
-
49:22
89.
Complex Energy Extraction from Geothermal resource (CEEG)
-
50:09
90.
Slide 47
-
51:47
91.
Slide 48
-
52:16
92.
清水地熱發電失敗原因
-
53:03
93.
Slide 50
-
53:19
94.
Slide 51
-
53:22
95.
Slide 50
-
53:22
96.
清水地熱發電失敗原因
-
53:24
97.
Slide 48
-
53:25
98.
Slide 47
-
53:26
99.
Complex Energy Extraction from Geothermal resource (CEEG)
-
00:00
1.
index 1
-
01:13
2.
Geophysics from “a to b”
-
07:08
3.
Thermal gradient depends on location
-
09:59
4.
Slide 4
-
10:19
5.
Larderello Worlds First Geothermal Power Station
-
11:30
6.
Slide 6
-
11:45
7.
Slide 7
-
12:09
8.
Slide 8
-
15:49
9.
Slide 9
-
18:18
10.
Slide 10
-
18:20
11.
Slide 9
-
18:50
12.
Slide 10
-
19:35
13.
Direct Transmission of geothermal energy?
-
20:14
14.
Places in order of difficulty to exploit
-
23:08
15.
Slide 13
-
23:40
16.
Larderello Worlds First Geothermal Power Station
-
23:55
17.
Slide 15
-
24:21
18.
Slide 16
-
24:30
19.
Hot aquifer schematicunderground layer of water-bearing permeable rock or unconsolidated materials from which groundwater can be usefully extracted using a well.
-
25:00
20.
Enhanced Geothermal Systems (EGS)“Hot dry rock” systems
-
27:12
21.
What determines the optimum separation between the wells?
-
28:12
22.
Basics of a geothermal plant
-
28:13
23.
What determines the optimum separation between the wells?
-
28:56
24.
Basics of a geothermal plant
-
30:09
25.
3 Types of geothermal power plants
-
30:39
26.
** after 2018 地熱.ppt
-
30:44
27.
Slide 15
-
30:50
28.
** after 2018 地熱.ppt
-
30:57
29.
3 Types of geothermal power plants
-
34:23
30.
Basics of a geothermal plant
-
34:26
31.
3 Types of geothermal power plants
-
37:20
32.
Problem with accessing the resource: Drilling costs
-
37:57
33.
Geothermal heat pumps are even simpler – no refrigerant needed
-
39:57
34.
Other cons besides high initial cost
-
40:44
35.
Is geothermal carbon free?
-
40:45
36.
Is geothermal really “renewable?”
-
40:46
37.
Possible environmental problem: enhanced earthquake activity – especially for the deepest (and most productive) drilling
-
40:54
38.
Is geothermal really “renewable?”
-
41:04
39.
Is geothermal carbon free?
-
41:13
40.
Is geothermal really “renewable?”
-
41:17
41.
Possible environmental problem: enhanced earthquake activity – especially for the deepest (and most productive) drilling
-
42:23
42.
** after 2018 地熱.ppt
-
42:29
43.
Basics of a geothermal plant
-
43:19
44.
3 Types of geothermal power plants
-
43:20
45.
Problem with accessing the resource: Drilling costs
-
43:21
46.
Geothermal heat pumps are even simpler – no refrigerant needed
-
43:22
47.
Other cons besides high initial cost
-
43:23
48.
Is geothermal carbon free?
-
43:24
49.
Is geothermal really “renewable?”
-
43:25
50.
Possible environmental problem: enhanced earthquake activity – especially for the deepest (and most productive) drilling
-
43:27
51.
How serious is the earthquake danger?
-
43:36
52.
Possible environmental problem: enhanced earthquake activity – especially for the deepest (and most productive) drilling
-
43:36
53.
Is geothermal really “renewable?”
-
43:37
54.
Is geothermal carbon free?
-
43:37
55.
Other cons besides high initial cost
-
43:37
56.
Geothermal heat pumps are even simpler – no refrigerant needed
-
43:40
57.
Problem with accessing the resource: Drilling costs
-
43:40
58.
3 Types of geothermal power plants
-
43:41
59.
Basics of a geothermal plant
-
43:52
60.
3 Types of geothermal power plants
-
43:53
61.
Problem with accessing the resource: Drilling costs
-
43:53
62.
Geothermal heat pumps are even simpler – no refrigerant needed
-
43:54
63.
Other cons besides high initial cost
-
43:54
64.
Is geothermal carbon free?
-
43:54
65.
Is geothermal really “renewable?”
-
43:55
66.
Possible environmental problem: enhanced earthquake activity – especially for the deepest (and most productive) drilling
-
43:56
67.
How serious is the earthquake danger?
-
43:58
68.
韓國浦項地熱發電廠
-
44:10
69.
Slide 30
-
44:16
70.
The Resource
-
44:18
71.
Slide 30
-
44:22
72.
The Resource
-
44:40
73.
space heating
-
45:16
74.
Electricity Generation
-
46:08
75.
swimming pool
-
46:40
76.
Fish Farming
-
46:56
77.
Greenhouses
-
47:05
78.
Industrial Users
-
47:20
79.
Snow Melting
-
47:51
80.
台灣的地溫梯度及地熱資源
-
48:25
81.
不同的地熱能淬取方式比較
-
48:27
82.
淺層熱水型地熱生成模式
-
48:29
83.
淺層地熱發電技術特點
-
49:01
84.
EGS加強型地熱系統之關鍵技術
-
49:05
85.
Slide 44
-
49:06
86.
深層地熱與淺層地熱發電之差異
-
49:17
87.
Slide 44
-
49:18
88.
深層地熱與淺層地熱發電之差異
-
49:22
89.
Complex Energy Extraction from Geothermal resource (CEEG)
-
50:09
90.
Slide 47
-
51:47
91.
Slide 48
-
52:16
92.
清水地熱發電失敗原因
-
53:03
93.
Slide 50
-
53:19
94.
Slide 51
-
53:22
95.
Slide 50
-
53:22
96.
清水地熱發電失敗原因
-
53:24
97.
Slide 48
-
53:25
98.
Slide 47
-
53:26
99.
Complex Energy Extraction from Geothermal resource (CEEG)
- 位置
-
- 資料夾名稱
- 李思賢
- 發表人
- 李思賢
- 單位
- powercam.fju.edu.tw (root)
- 建立
- 2022-06-08 21:32:35
- 最近修訂
- 2022-06-08 22:53:18
- 長度
- 53:32