Industrial Production Technology for Cleaning Efficient Biomass Furnace
admin
2022-09-17
清洁高效生物质炉具工业化生产技术
Industrial Production Technology for Cleaning Efficient Biomass Furnace
技术编号
SD-007
提供单位
烟台尚美丽家新能源有限公司
技术大类
其他技术
联系人
赵裕江
技术类型
其他技术
电话
18906454666
邮箱
18906454666@163.com
适用范围
农林废弃物资源化利用、资源节约和循环利用
推荐单位
中国可再生能源学会
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Technical principle and process routeEvaluate the local biomass energy resources, select the types suitable for biomass fuel, and test the combustion and emission characteristics of biomass fuel. Combined with the characteristics of different combustion states such as cooking, heating, fire sealing and fire of biomass stoves, considering the characteristics of supply air configuration, heat transfer and heat exchange and particle deposition of stoves, taking the principle of minimum emission and considering thermal efficiency, fully considering the heat release and distribution in the process of working condition conversion and long-term low load combustion, and cooperating with the secondary multi-point injection, air staged low-temperature combustion technology and clean combustion device developed by the company, Realize clean and efficient combustion of stove.
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技术提供方烟台尚美丽家新能源有限公司
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技术主要指标信息烟台尚美丽家新能源有限公司参与的山东省滨州市阳信县从2017年已有45000户用户采取生物质采暖项目。每年生物质燃料消耗
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商业应用情况0
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希望在技术转移过程中得到的帮助/支持
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商业应用单位联系人/电话/邮箱
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设备投资烟台尚美丽家新能源有限公司在烟台经济技术开发区厂区建设项目。本项目总投资约2000万元,其中设备投资700万元,基建投资900万元,其他投资400万元。
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年运行维护费用场地费用 300万 水费 20万 电费 250万 人工费 300万 管理费 200万 折旧费 180万 合计 1250万
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投资回收期固定资产投入1600万,保守计算每年产值4000万,预计5年回收成本。
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附加效益0
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综合效益烟台尚美丽家新能源有限公司参与的山东省滨州市阳信县从2017年已有45000户用户采取生物质采暖项目。每年生物质燃料消耗量约70000吨。节约标煤35000吨,减少23800吨碳排放;同时居民收入增加1176万元。 与此同时,生物质清洁取暖对生态环境的改善也正在显现,阳信县2019年PM10均值同比改善4.1%,PM2.5均值由2017年的70 μmg/m3下降到55 μmg/m3,综合6项指标空气优良天数同比增加6天,空气质量综合指数5.6,在山东省县(市、区)中改善幅度位列第四。
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障碍对技术转移影响等级0
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提交日期2020/12/31
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技术成熟度生物质采暖炉具在目前北方清洁取暖所采用的装备中所占比例不高,但是在乡村、山区等农林废弃物资源禀赋地区,用户比例很高。 目前河北秦皇岛、山东滨州、淄博、临沂、济宁、山西大同、运城、陕西咸阳、延安等地均有生物质推广项目。 2019年滨州市沾化区,生物质清洁采暖项目登录央视新闻。
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Technical adaptability analysisThe technology is suitable for dancing with rich biomass resources for cooking, heating and hot water supply, and helps to solve the problem of air pollution caused by loose coal heating and straw burning in winter in cold areas. Clean biomass combustion technology can be implemented in resource areas with a large amount of agricultural and forestry waste. Part of the fuel itself is molding fuel, such as walnut peel, apricot kernel and corncob, which saves secondary molding processing. Due to the low calorific value per unit volume of some fuels, it is necessary to increase the calorific value per unit volume through secondary processing, such as straw, rice husk, weeds, vines, etc.According to the calorific value, shape and volatile composition of different fuels, special fuel adaptive stoves are designed to meet the needs of local users.
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Stability technologyYantai shangmeijia new energy Co., Ltd. has developed various biomass stoves since 2013, and has mass produced 100000 sets to the market. Various furnace types have been designed to meet the needs of clean heating in the north.
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Technical safetyThe industrial production technology of clean and efficient biomass stoves is deeply and organically combined with the treatment of biomass resources and the prevention and control of air pollution, so as to solve the environmental problems caused by the dumping of biomass resources such as straw and the environmental problems caused by straw incineration, which can improve the income of local farmers and the financial income of local governments, and drive the development and upgrading of other local related industries.
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技术转移推广障碍0
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知识产权转让独立知识产权