Gas Yields and Methane Contents for Various Substrates - Revision history

Wiki Gardener at 08:55, 18 June 2014

2014-06-18T08:55:17Z

Wiki Gardener at 13:48, 22 November 2012

2012-11-22T13:48:57Z

Wiki Gardener at 13:48, 22 November 2012

2012-11-22T13:48:05Z

Michel andre at 15:26, 21 February 2011

2011-02-21T15:26:34Z

Michel andre at 12:33, 16 February 2010

2010-02-16T12:33:07Z

JanS at 10:42, 28 April 2009

2009-04-28T10:42:26Z

JanS: New page: {| cellspacing="2" cellpadding="8" border="1" width="100%" |- ! width="40%" | Substrate ! width="35%" | Gas yield
(l/kg VS^*) ! width="25%" | Methane content
(%) |- | P...

2009-04-26T12:34:19Z

New page: {| cellspacing="2" cellpadding="8" border="1" width="100%" |- ! width="40%" | Substrate ! width="35%" | Gas yield (l/kg VS*) ! width="25%" | Methane content (%) |- | P...

New page

{| cellspacing="2" cellpadding="8" border="1" width="100%"
|-
! width="40%" | Substrate
! width="35%" | Gas yield (l/kg VS*)
! width="25%" | Methane content (%)
|-
| Pig manure
| 340-550
| 65-70
|-
| Cow manure
| 90-310
| 65
|-
| Poultry droppings
| 310-620
| 60
|-
| Horse manure
| 200-300
| 
|-
| Sheep manure
| 90-310
| 
|-
| Barnyard dung
| 175-280
| 
|-
| Wheat straw
| 200-300
| 50-60
|-
| Rye straw
| 200-300
| 59
|-
| Barley straw
| 250-300
| 59
|-
| Oats straw
| 290-310
| 59
|-
| Corn straw
| 380-460
| 59
|-
| Rape straw
| 200
| 
|-
| Rice straw
| 170-280
| 
|-
| Rice seed coat
| 105
| 
|-
| Flax
| 360
| 59
|-
| Hemp
| 360
| 59
|-
| Grass
| 280-550
| 70
|-
| Elephant grass
| 430-560
| 60
|-
| Cane trash (bagasse)
| 165
| 
|-
| Broom
| 405
| 
|-
| Reed
| 170
| 
|-
| Clover
| 430-490
| 
|-
| Vegetables residue
| 330-360
| 
|-
| Potato tops/greens
| 280-490
| 
|-
| Field/sugar beet greens
| 400-500
| 
|-
| Sunflower leaves
| 300
| 59
|-
| Agricultural waste
| 310-430
| 60-70
|-
| Seeds
| 620
| 
|-
| Peanut shells
| 365
| 
|-
| Fallen leaves
| 210-290
| 58
|-
| Water hyacinth
| 375
| 
|-
| Algae
| 420-500
| 63
|-
| Sewage sludge
| 310-740
| 
|}

'''Table B1: Gas yields and methane contents for various substrates at the end of a 10-20 day retention time at a process temperature of roughly 30�C.'''

Source: Production and Utilization of Biogas in Rural Areas of Industrialized and Developing Countries, Schriftenreihe der gtz, No. 97, pg. 63, after: Felix Maramba, Biogas and Waste Recycling - The Phillipine Experience; Metro Manila, Phillipines, 1978

* VS = Total volatile solids, e.g. ca. 9% of total liquid manure mass for cows

@@ Line 1: / Line 1: @@
 *VS = Total volatile solids, e.g. ca. 9% of total liquid manure mass for cows
-{| style="width: 100%" border="1" cellpadding="8" cellspacing="2" width="100%"
 |-
 ! style="width: 40%;  background-color: rgb(204, 204, 204);  text-align: left" | Substrate<br/>
@@ Line 141: / Line 148: @@
 | <br/>
 |}
@@ Line 146: / Line 159: @@
 = References<br/> =
-*<small>Source: Production and Utilization of Biogas in Rural Areas of Industrialized and Developing Countries, Schriftenreihe der gtz, No. 97, pg. 63, after: Felix Maramba, Biogas and Waste Recycling - The Phillipine Experience; Metro Manila, Phillipines, 1978</small>
+*Production and Utilization of Biogas in Rural Areas of Industrialized and Developing Countries, Schriftenreihe der gtz, No. 97, pg. 63, after: Felix Maramba, Biogas and Waste Recycling - The Phillipine Experience; Metro Manila, Phillipines, 1978
 <references />
 [[Category:Biogas]]

@@ Line 1: / Line 1: @@
 *VS = Total volatile solids, e.g. ca. 9% of total liquid manure mass for cows
 {| style="width: 100%" border="1" cellpadding="8" cellspacing="2" width="100%"
@@ Line 140: / Line 142: @@
 |}
-'''Table B1: Gas yields and methane contents for various substrates at the end of a 10-20 day retention time at a process temperature of roughly 30C.'''
 = References<br/> =

@@ Line 142: / Line 142: @@
 <small>Source: Production and Utilization of Biogas in Rural Areas of Industrialized and Developing Countries, Schriftenreihe der gtz, No. 97, pg. 63, after: Felix Maramba, Biogas and Waste Recycling - The Phillipine Experience; Metro Manila, Phillipines, 1978</small>
 <sup>*</sup> VS = Total volatile solids, e.g. ca. 9% of total liquid manure mass for cows
 [[Category:Biogas]]

@@ Line 138: / Line 138: @@
 |}
-'''Table B1: Gas yields and methane contents for various substrates at the end of a 10-20 day retention time at a process temperature of roughly 30�C.'''
+'''Table B1: Gas yields and methane contents for various substrates at the end of a 10-20 day retention time at a process temperature of roughly 30C.'''
 <small>Source: Production and Utilization of Biogas in Rural Areas of Industrialized and Developing Countries, Schriftenreihe der gtz, No. 97, pg. 63, after: Felix Maramba, Biogas and Waste Recycling - The Phillipine Experience; Metro Manila, Phillipines, 1978</small>
@@ Line 144: / Line 144: @@
 <sup>*</sup> VS = Total volatile solids, e.g. ca. 9% of total liquid manure mass for cows
-[[Category: Biogas]]
+[[Category:Biogas]]

@@ Line 1: / Line 1: @@
-{| cellspacing="2" cellpadding="8" border="1" width="100%"
+{| width="100%" cellspacing="2" cellpadding="8" border="1"
 |-
 ! width="40%" | Substrate
@@ Line 143: / Line 143: @@
 <sup>*</sup> VS = Total volatile solids, e.g. ca. 9% of total liquid manure mass for cows

@@ Line 1: / Line 1: @@
-{| width="100%" cellspacing="2" cellpadding="8" border="1"
+*VS = Total volatile solids, e.g. ca. 9% of total liquid manure mass for cows
 |-
-! width="40%" | Substrate
+! style="width: 40%;  background-color: rgb(204, 204, 204);  text-align: left" | Substrate<br/>
-! width="35%" | Gas yield<br> (l/kg VS<sup>*</sup>)
+! style="width: 40%;  background-color: rgb(204, 204, 204);  text-align: left" | Gas yield<br/>(l/kg VS<sup>*</sup>)
-! width="25%" | Methane content<br> (%)
+! style="width: 40%;  background-color: rgb(204, 204, 204);  text-align: left" | Methane content<br/>(%)
 |-
-| Pig manure
+| Pig manure<br/>
 | 340-550
 | 65-70
 |-
 | Cow manure
 | 90-310
 | 65
 |-
 | Poultry droppings
 | 310-620
 | 60
 |-
 | Horse manure
 | 200-300
-| <br>
+| <br/>
 |-
 | Sheep manure
 | 90-310
-| <br>
+| <br/>
 |-
 | Barnyard dung
 | 175-280
-| <br>
+| <br/>
 |-
 | Wheat straw
 | 200-300
 | 50-60
 |-
 | Rye straw
 | 200-300
 | 59
 |-
 | Barley straw
 | 250-300
 | 59
 |-
 | Oats straw
 | 290-310
 | 59
 |-
 | Corn straw
 | 380-460
 | 59
 |-
 | Rape straw
 | 200
-| <br>
+| <br/>
 |-
 | Rice straw
 | 170-280
-| <br>
+| <br/>
 |-
 | Rice seed coat
 | 105
-| <br>
+| <br/>
 |-
 | Flax
 | 360
 | 59
 |-
 | Hemp
 | 360
 | 59
 |-
 | Grass
 | 280-550
 | 70
 |-
 | Elephant grass
 | 430-560
 | 60
 |-
 | Cane trash (bagasse)
 | 165
-| <br>
+| <br/>
 |-
 | Broom
 | 405
-| <br>
+| <br/>
 |-
 | Reed
 | 170
-| <br>
+| <br/>
 |-
 | Clover
 | 430-490
-| <br>
+| <br/>
 |-
 | Vegetables residue
 | 330-360
-| <br>
+| <br/>
 |-
 | Potato tops/greens
 | 280-490
-| <br>
+| <br/>
 |-
 | Field/sugar beet greens
 | 400-500
-| <br>
+| <br/>
 |-
 | Sunflower leaves
 | 300
 | 59
 |-
 | Agricultural waste
 | 310-430
 | 60-70
 |-
 | Seeds
 | 620
-| <br>
+| <br/>
 |-
 | Peanut shells
 | 365
-| <br>
+| <br/>
 |-
 | Fallen leaves
 | 210-290
 | 58
 |-
 | Water hyacinth
 | 375
-| <br>
+| <br/>
 |-
 | Algae
 | 420-500
 | 63
 |-
 | Sewage sludge
 | 310-740
-| <br>
+| <br/>
 |}
 '''Table B1: Gas yields and methane contents for various substrates at the end of a 10-20 day retention time at a process temperature of roughly 30C.'''
-<small>Source: Production and Utilization of Biogas in Rural Areas of Industrialized and Developing Countries, Schriftenreihe der gtz, No. 97, pg. 63, after: Felix Maramba, Biogas and Waste Recycling - The Phillipine Experience; Metro Manila, Phillipines, 1978</small>
+= References<br/> =
-<sup>*</sup> VS = Total volatile solids, e.g. ca. 9% of total liquid manure mass for cows
+*<small>Source: Production and Utilization of Biogas in Rural Areas of Industrialized and Developing Countries, Schriftenreihe der gtz, No. 97, pg. 63, after: Felix Maramba, Biogas and Waste Recycling - The Phillipine Experience; Metro Manila, Phillipines, 1978</small>
+<references />
 [[Category:Biogas]]

Gas Yields and Methane Contents for Various Substrates - Revision history

Wiki Gardener at 08:55, 18 June 2014

Wiki Gardener at 13:48, 22 November 2012

Wiki Gardener at 13:48, 22 November 2012

Michel andre at 15:26, 21 February 2011

Michel andre at 12:33, 16 February 2010

JanS at 10:42, 28 April 2009

JanS: New page: {| cellspacing="2" cellpadding="8" border="1" width="100%" |- ! width="40%" | Substrate ! width="35%" | Gas yield (l/kg VS*) ! width="25%" | Methane content (%) |- | P...

JanS: New page: {| cellspacing="2" cellpadding="8" border="1" width="100%" |- ! width="40%" | Substrate ! width="35%" | Gas yield
(l/kg VS^*) ! width="25%" | Methane content
(%) |- | P...