CN103849553A - 内增温玻璃钢钢混膜厌氧罐 - Google Patents

内增温玻璃钢钢混膜厌氧罐 Download PDF

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CN103849553A
CN103849553A CN201210517861.8A CN201210517861A CN103849553A CN 103849553 A CN103849553 A CN 103849553A CN 201210517861 A CN201210517861 A CN 201210517861A CN 103849553 A CN103849553 A CN 103849553A
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朱永彪
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JI YUNSHENG
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    • C12M23/00—Constructional details, e.g. recesses, hinges
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    • C12M29/00—Means for introduction, extraction or recirculation of materials, e.g. pumps
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    • C12M41/00—Means for regulation, monitoring, measurement or control, e.g. flow regulation
    • C12M41/12—Means for regulation, monitoring, measurement or control, e.g. flow regulation of temperature
    • C12M41/18—Heat exchange systems, e.g. heat jackets or outer envelopes
    • C12M41/24—Heat exchange systems, e.g. heat jackets or outer envelopes inside the vessel

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Abstract

内增温玻璃钢钢混膜厌氧罐是一种大型、特大型厌氧罐，利用内增温装置，对罐体内的沼液进行内增温，提高沼液产沼的效率。罐体为圆柱体，底部设计有进排料管道，进排料管道合二为一，体外用三通管加开启阀轮流使用。罐体用玻璃钢钢混结构，一侧设计有人行爬梯。爬梯处设计玻璃透明观察孔，可开闭。顶端设计储气柜，并设计有环形人行道。罐顶与储气柜接触处，设计有一圆形透气孔的盖板，用以支撑储气膜因无气时塌陷。罐内上、中、下设计安装散热器，并与外界相连通，以便为其提供热源。

Description

内增温玻璃钢钢混膜厌氧罐
一，技术领域
本发明提供一种内增温玻璃钢钢混膜厌氧罐。 
二，背景技术
根据本人多年生产实践经验总结，由本人研发而成。 
三，发明的内容 
该发明的目的 
本发明的目的，在于提供一种大型、特大型内增温玻璃钢钢混膜厌氧罐，利用内增温装置，对罐体内的沼液进行内增温，提高沼液产沼的效率。 
该发明提供的内增温玻璃钢钢混膜厌氧罐的技术方案 
本发明提供的厌氧罐，其特征在于，罐体为圆柱体，底部设计有进排料管道，进排料管道合二为一，体外用三通管加开启阀轮流使用。罐体用玻璃钢钢混结构，一侧设计有人行爬梯。爬梯处设计玻璃透明观察孔，可开闭。顶端设计储气柜，并设计有环形人行道。罐顶与储气柜接触处，设计有一圆形透气孔的盖板，用以支撑储气膜因无气时塌陷。罐内上、中、下设计安装散热器，并与外界相连通，以便为其提供热源。 
内增温玻璃钢钢混膜厌氧罐的内容简介 
1、罐体为圆柱体，底部设计有进排料管道，进排料管道合二为一，体外用三通管加开启阀轮流使用。罐体用玻璃钢钢混结构建造而成，一侧设计有人行爬梯。爬梯处设计玻璃透明观察孔，可开闭。 顶端设计储气柜，并设计有环形人行道。罐顶与储气柜接触处，设计有一圆形透气孔的盖板，用以支撑储气膜因无气时塌陷。 
罐内设计安装增温盘管，并与外界相连通，以便为其提供热源。 
关闭排泄阀门，将料液用泵自底部的进排料管道泵入罐内。 
2、将罐体内的料液达到生产要求体积时，工作人员关闭进料阀门，停止泵料液。 
3、如需观察罐内的情况，可用手电照射观察孔，通过观察孔观察罐体内的情况。如观察孔不透明，可打开擦去附着物，然后再密闭。 
4、排泄时打开排泄阀，关闭进料阀。 
5、罐体顶端与储气膜接触处，设计有一圆盖密封，圆盖的中间开一0.5米左右的圆孔，作为沼气上升到储气柜中的通道。 
6、罐体顶部与储气膜接触处，环四周设计有人行走廊。 
7、储气柜系膜具材料制作，上面开气流孔，观察孔。气流孔与一管道连接，输送给用户。 
8、将热蒸汽或热液泵入罐体内的散热器内，给沼液加温，冷凝水通过回流管流到罐体外。 
本发明的有益效果 
该罐在原生产罐体的基础上，添加了内增温器和观察孔。将过去单一用作供料的管道改作为供排两用。除去了原生产罐中供料用的布料器。这样不仅大量降低建设用的成本，增温还能使料液充分利用，提高沼气产量。 
四、附图说明
1.图1是内增温玻璃钢钢混膜厌氧罐纵剖面结构示意图。其中：1进料口开关阀、2出料口开关阀、3内增温器外接管、4溢流器、5走廊、6沼气出口、7储气柜、8储气柜观察孔、9沼液外循环孔、10罐体观察孔、11爬梯、12产沼区、13增温器、14沼液外循环孔、15玻璃钢墙壁。 
2.图2是内增温玻璃钢钢混膜厌氧罐横截面结构示意图。其中：16进排料管、17钢结构柱体、18进排管口、19玻璃钢罐体、20爬梯。 
五、具体实施方式
1、关闭排泄阀，将制作完毕的料液泵入罐体内。 
2、当罐体内的料液达到需要的体积时，停止泵料。 
3、必要时打开观察孔，或直接通过观察孔观察罐体内的状况。 
4、需要更换新料液时，关闭进料阀，打开排料阀，将罐体内的料液排除1/3。然后关闭排料液阀，打开进料液阀，泵入新鲜的料液。 
5、每天按时开机进行罐体外循环0.5-1小时。 
6、将蒸汽或热液泵入散热器内，冷凝水通过管道回流到罐体外。 

Claims (1)

1.内增温玻璃钢钢混膜厌氧罐其特征在于，罐体为圆柱体，底部设计有进排料管道，进排料管道合二为一，体外用三通管加开启阀轮流使用；罐体用玻璃钢钢混结构，一侧设计有人行爬梯；爬梯处设计玻璃透明观察孔，可开闭；顶端设计储气柜，并设计有环形人行道；罐顶与储气柜接触处，设计有一圆形透气孔的盖板，用以支撑储气膜因无气时塌陷；罐内上、中、下设计安装散热器，并与外界相连通，以便为其提供热源。
CN201210517861.8A 2012-12-06 2012-12-06 内增温玻璃钢钢混膜厌氧罐 Pending CN103849553A (zh)

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN104560653A (zh) * 2014-12-22 2015-04-29 朱永彪 玻璃钢钢混结构厌氧发电供气站

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN104560653A (zh) * 2014-12-22 2015-04-29 朱永彪 玻璃钢钢混结构厌氧发电供气站

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Application publication date: 20140611