可研报告富硒核桃深加工项目可行性研究报告38543.doc

富硒核桃深加工项目可行性研究报告硒是人体必需的微量元素。硒参与合成人体内多种含硒酶和含硒蛋白。其中谷胱甘肽过氧化物酶，在生物体内催化氢过氧化物或脂质过氧化物转变为水或各种醇类，消除自由基对生物膜的攻击，保护生物膜免受氧化损伤；硒参与构成碘化甲状腺胺酸脱碘酶。富硒核桃是核桃栽种在富硒地，施富硒肥，结出的果实就是富硒核桃，其含硒量高于普通核桃的10倍以上，而天涯乐购富硒系列产品均取源于该山区，未经深加工，不添加任何色素，天然风味，富含硒元素，是老少皆宜的养生理想食品，让您和您的家人更健康。轻轻松松，养生保健。我合作社(山西运城核桃合作社 李海弘)在薄皮核桃的基础上经过多年努力，反复研究出的一种富硒核桃品种。明代李时珍著本草纲目记载：“核桃仁有补气养血、润燥化痰、温肺润肠、治虚寒喘咳等功效。”富硒核桃比普通核桃多含硒元素，营养价值丰富且含量高、口感好没有核桃的涩味，食用更健康，经常食用富硒核桃，既能健脑又可强健身体，抗衰老的功效。有些人往往吃补药，其实每天早晚各吃几枚富硒核桃，实在大有益处。另：提供国家发改委甲、乙、丙级工程咨询资质北京智博睿信息咨询有限公司 可行性研究报告大纲（具体可根据客户要求进行调整）第一章 富硒核桃深加工项目总论1.1富硒核桃深加工项目概况1.1.1富硒核桃深加工项目名称1.1.2富硒核桃深加工项目建设单位1.1.3富硒核桃深加工项目拟建设地点1.1.4富硒核桃深加工项目建设内容与规模1.1.5富硒核桃深加工项目性质1.1.6富硒核桃深加工项目总投资及资金筹措1.1.7富硒核桃深加工项目建设期1.2富硒核桃深加工项目编制依据和原则1.2.1富硒核桃深加工项目编辑依据1.2.2富硒核桃深加工项目编制原则1.3富硒核桃深加工项目主要技术经济指标1.4富硒核桃深加工项目可行性研究结论第二章 富硒核桃深加工项目背景及必要性分析2.1富硒核桃深加工项目背景2.1.1富硒核桃深加工项目产品背景2.1.2富硒核桃深加工项目提出理由2.2富硒核桃深加工项目必要性2.2.1富硒核桃深加工项目是国家战略意义的需要2.2.2富硒核桃深加工项目是企业获得可持续发展、增强市场竞争力的需要2.2.3富硒核桃深加工项目是当地人民脱贫致富和增加就业的需要第三章 富硒核桃深加工项目市场分析与预测3.1产品市场现状3.3市场形势分析预测3.4行业未来发展前景分析第四章 富硒核桃深加工项目建设规模与产品方案4.1富硒核桃深加工项目建设规模4.2富硒核桃深加工项目产品方案4.3富硒核桃深加工项目设计产能及产值预测第五章 富硒核桃深加工项目选址及建设条件5.1富硒核桃深加工项目选址5.1.1富硒核桃深加工项目建设地点5.1.2富硒核桃深加工项目用地性质及权属5.1.3土地现状5.1.4富硒核桃深加工项目选址意见5.2富硒核桃深加工项目建设条件分析5.2.1交通、能源供应条件5.2.2政策及用工条件5.2.3施工条件5.2.4公用设施条件5.3原材料及燃动力供应5.3.1原材料5.3.2燃动力供应第六章 技术方案、设备方案与工程方案6.1项目技术方案6.1.1项目工艺设计原则6.1.2生产工艺6.2设备方案6.2.1主要设备选型的原则6.2.2主要生产设备6.2.3设备配置方案6.2.4设备采购方式6.3工程方案6.3.1工程设计原则6.3.2富硒核桃深加工项目主要建、构筑物工程方案6.3.3建筑功能布局6.3.4建筑结构第七章 总图运输与公用辅助工程7.1总图布置7.1.1总平面布置原则7.1.2总平面布置7.1.3竖向布置7.1.4规划用地规模与建设指标7.2给排水系统7.2.1给水情况7.2.2排水情况7.3供电系统7.4空调采暖7.5通风采光系统7.6总图运输第八章 资源利用与节能措施8.1资源利用分析8.1.1土地资源利用分析8.1.2水资源利用分析8.1.3电能源利用分析8.2能耗指标及分析8.3节能措施分析8.3.1土地资源节约措施8.3.2水资源节约措施8.3.3电能源节约措施第九章 生态与环境影响分析9.1项目自然环境9.1.1基本概况9.1.2气候特点9.1.3矿产资源9.2社会环境现状9.2.1行政划区及人口构成9.2.2经济建设9.3项目主要污染物及污染源分析9.3.1施工期9.3.2使用期9.4拟采取的环境保护标准9.4.1国家环保法律法规9.4.2地方环保法律法规9.4.3技术规范9.5环境保护措施9.5.1施工期污染减缓措施9.5.2使用期污染减缓措施9.5.3其它污染控制和环境管理措施9.6环境影响结论第十章 富硒核桃深加工项目劳动安全卫生及消防10.1劳动保护与安全卫生10.1.1安全防护10.1.2劳动保护10.1.3安全卫生10.2消防10.2.1建筑防火设计依据10.2.2总面积布置与建筑消防设计10.2.3消防给水及灭火设备10.2.4消防电气10.3地震安全第十一章 组织机构与人力资源配置11.1组织机构11.1.1组织机构设置因素分析11.1.2项目组织管理模式11.1.3组织机构图11.2人员配置11.2.1人力资源配置因素分析11.2.2生产班制11.2.3劳动定员表11-1劳动定员一览表11.2.4职工工资及福利成本分析表11-2工资及福利估算表11.3人员来源与培训第十二章 富硒核桃深加工项目招投标方式及内容第十三章 富硒核桃深加工项目实施进度方案13.1富硒核桃深加工项目工程总进度13.2富硒核桃深加工项目实施进度表第十四章 投资估算与资金筹措14.1投资估算依据14.2富硒核桃深加工项目总投资估算表14-1富硒核桃深加工项目总投资估算表单位：万元14.3建设投资估算表14-2建设投资估算表单位：万元14.4基础建设投资估算表14-3基建总投资估算表单位：万元14.5设备投资估算表14-4设备总投资估算单位：万元14.6流动资金估算表14-5计算期内流动资金估算表单位：万元14.7资金筹措14.8资产形成第十五章 财务分析15.1基础数据与参数选取待添加的隐藏文字内容115.2营业收入、经营税金及附加估算表15-1营业收入、营业税金及附加估算表单位：万元15.3总成本费用估算表15-2总成本费用估算表单位：万元15.4利润、利润分配及纳税总额预测表15-3利润、利润分配及纳税总额估算表单位：万元15.5现金流量预测表15-4现金流量表单位:万元15.6赢利能力分析15.6.1动态盈利能力分析16.6.2静态盈利能力分析15.7盈亏平衡分析15.8财务评价表15-5财务指标汇总表第十六章 富硒核桃深加工项目风险分析16.1风险影响因素16.1.1可能面临的风险因素16.1.2主要风险因素识别16.2风险影响程度及规避措施16.2.1风险影响程度评价16.2.2风险规避措施第十七章 结论与建议17.1富硒核桃深加工项目结论17.2富硒核桃深加工项目建议Editor's note: Judson Jones is a meteorologist, journalist and photographer. He has freelanced with CNN for four years, covering severe weather from tornadoes to typhoons. Follow him on Twitter: jnjonesjr (CNN) - I will always wonder what it was like to huddle around a shortwave radio and through the crackling static from space hear the faint beeps of the world's first satellite - Sputnik. I also missed watching Neil Armstrong step foot on the moon and the first space shuttle take off for the stars. Those events were way before my time.As a kid, I was fascinated with what goes on in the sky, and when NASA pulled the plug on the shuttle program I was heartbroken. Yet the privatized space race has renewed my childhood dreams to reach for the stars.As a meteorologist, I've still seen many important weather and space events, but right now, if you were sitting next to me, you'd hear my foot tapping rapidly under my desk. I'm anxious for the next one: a space capsule hanging from a crane in the New Mexico desert.It's like the set for a George Lucas movie floating to the edge of space.You and I will have the chance to watch a man take a leap into an unimaginable free fall from the edge of space - live.The (lack of) air up there Watch man jump from 96,000 feet Tuesday, I sat at work glued to the live stream of the Red Bull Stratos Mission. I watched the balloons positioned at different altitudes in the sky to test the winds, knowing that if they would just line up in a vertical straight line "we" would be go for launch.I feel this mission was created for me because I am also a journalist and a photographer, but above all I live for taking a leap of faith - the feeling of pushing the envelope into uncharted territory.The guy who is going to do this, Felix Baumgartner, must have that same feeling, at a level I will never reach. However, it did not stop me from feeling his pain when a gust of swirling wind kicked up and twisted the partially filled balloon that would take him to the upper end of our atmosphere. As soon as the 40-acre balloon, with skin no thicker than a dry cleaning bag, scraped the ground I knew it was over.How claustrophobia almost grounded supersonic skydiverWith each twist, you could see the wrinkles of disappointment on the face of the current record holder and "capcom" (capsule communications), Col. Joe Kittinger. He hung his head low in mission control as he told Baumgartner the disappointing news: Mission aborted.The supersonic descent could happen as early as Sunday.The weather plays an important role in this mission. Starting at the ground, conditions have to be very calm - winds less than 2 mph, with no precipitation or humidity and limited cloud cover. The balloon, with capsule attached, will move through the lower level of the atmosphere (the troposphere) where our day-to-day weather lives. It will climb higher than the tip of Mount Everest (5.5 miles/8.85 kilometers), drifting even higher than the cruising altitude of commercial airliners (5.6 miles/9.17 kilometers) and into the stratosphere. As he crosses the boundary layer (called the tropopause), he can expect a lot of turbulence.The balloon will slowly drift to the edge of space at 120,000 feet (22.7 miles/36.53 kilometers). Here, "Fearless Felix" will unclip. He will roll back the door.Then, I would assume, he will slowly step out onto something resembling an Olympic diving platform.Below, the Earth becomes the concrete bottom of a swimming pool that he wants to land on, but not too hard. Still, he'll be traveling fast, so despite the distance, it will not be like diving into the deep end of a pool. It will be like he is diving into the shallow end.Skydiver preps for the big jumpWhen he jumps, he is expected to reach the speed of sound - 690 mph (1,110 kph) - in less than 40 seconds. Like hitting the top of the water, he will begin to slow as he approaches the more dense air closer to Earth. But this will not be enough to stop him completely.If he goes too fast or spins out of control, he has a stabilization parachute that can be deployed to slow him down. His team hopes it's not needed. Instead, he plans to deploy his 270-square-foot (25-square-meter) main chute at an altitude of around 5,000 feet (1,524 meters).In order to deploy this chute successfully, he will have to slow to 172 mph (277 kph). He will have a reserve parachute that will open automatically if he loses consciousness at mach speeds.Even if everything goes as planned, it won't. Baumgartner still will free fall at a speed that would cause you and me to pass out, and no parachute is guaranteed to work higher than 25,000 feet (7,620 meters).It might not be the moon, but Kittinger free fell from 102,800 feet in 1960 - at the dawn of an infamous space race that captured the hearts of many. Baumgartner will attempt to break that record, a feat that boggles the mind. This is one of those monumental moments I will always remember, because there is no way I'd miss this.