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食盐是人们生活中不可或缺、无可替代的必需品,但食盐市场需求稳定,缺乏市场开发潜力,加之食盐经营利润空间日趋压缩,使盐业企业生存和发展的后劲不足。盐业企业迫切需要找寻一个新的经济增长点。多品种盐的推广,不仅能丰富食盐市场、满足消费者的需求,而且是当前盐业企业发展一个新的盈利点。因此为提高企业经济效益,寻找新的经济增长点, 相似文献
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论述了当前国内食盐市场之现状,以及重盐集团针对食盐市场放开的操作思路进行了一些思考,旨在抛砖引玉,让盐行业的同仁们共同探索未来盐业的发展方向。 相似文献
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食盐经体制改革,取消了食盐作为营养强化剂载体,强化营养盐被取消,多品种食盐由原来的3类减少到2类,即调味盐和特殊工艺盐。向食盐中添加有机酸、氨基酸或其他物质制成的减盐不减咸的调味盐目前成为研究热点,这类调味盐的最大优势在于既能满足人们口感又能减少食盐摄入量,短期内能够降低高血压等慢性病的収病率。但目前食盐生产企业的生产技术相对落后,创新意识和研収能力薄弱,使得我国多品种食盐的品种进少于其他国家,本研究对国内外多品种食盐的収展及研究现状迚行综述,希望食盐生产企业重视多品种食盐的収展,加大研収投入,生产出更多优质的多品种食盐。 相似文献
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随着市场经济发展与完善,盐行业改革和发展的新形势对盐业流通环节提出了更新、更高的要求,盐业企业必须切实转变营销理念,加快从传统盐业到现代盐业的转变,不断完善市场体系建设,让用盐企业、零售客户、消费者满意。而大力加强客户关系管理建设对于食盐流通企业提高客户满意度、提高市场控制力有着非常积极和重要的意义。 相似文献
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针对我国缺少I、Fe、Zn、Se和Ca等微量元素的高发人群及市场饮食消费的需求,介绍了普通食盐、营养盐及风味盐的特性及分类。普通食盐制作汤类菜肴时,最适添加量为0.8%-1.2%;煮、炖食物时,最适添加量为1.5%-2.0%。营养盐是在普通食盐中按一定比例添加某些人体缺乏的营养素而制成的,如加碘盐、加铁盐、低钠盐、加锌盐、有机硒营养盐、营养钙盐和核黄素营养盐等,它们在使用时,对加热的时间长短、温度高低和用量等有一定的要求。风味型食盐不易结块,能迅速溶于水,主要有柠檬味食盐、香辣味食盐、芝麻香食盐和香菇风味盐等,可直接撒在食物上调味,使用方便。 相似文献
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碘盐及发酵温度对低盐固态酱油质量的影响 总被引:1,自引:1,他引:1
实验室条件下考察了碘盐及发酵温度对低盐固态法酿造酱油的影响。试验分析表明微量碘对酱油的色泽有一定影响,使用碘盐的酱油色率略高于非碘盐的酱油,红色指数相近。而发酵温度按第1~7d,41~43℃;第8~18d,44~46℃;第19~20d,47~48℃模式控制,低盐固态酱油的色率及红色指数指标较好,氨态氮的生成率最高。 相似文献
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目的采用小鼠模型及损益指数及总积分(benefit damage index-general score, BDI-GS)系统对比评价市售精制食盐及加碘食盐的营养健康效应,揭示其过度摄取的健康危害。方法生长期雄性ICR实验小鼠分为7组,分别是玉米空白对照组,0.5%、1.0%、1.5%精制食盐及0.5%、1.0%、1.5%加碘盐实验组,每组各8只小鼠。总计喂养10d,隔日称取体质量1次。第10d取血分离血清,处死小鼠并解剖。准确称取心、肺、胸腺、脾、肝脏、胰腺、双肾、性腺及股骨质量;血清测定常规血生化指标,并进行统计学分析。结果精制食盐组小鼠胰腺的营养及健康指标BDI均小于等于0.90。加碘食盐小鼠之胰腺营养健康损害更严重,个别剂量BDI甚至低至0.67,并且统计学与空白对照组存在显著性差异(P0.05)。加碘食盐对性腺营养健康存在较重损害,各剂量组BDI均明显低于1.0。结论精制食盐过度摄取对人体营养健康会造成不利影响,加碘食盐存在一定健康问题。 相似文献
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Yun Xiong Borui Deng Robyn Dorothy Warner Zhongxiang Fang 《International Journal of Food Science & Technology》2020,55(8):2911-2919
High dietary salt (NaCl) intake is a global health concern which leads to various chronic diseases; hence, the reduction of salt content in foods has been a high demand in the food industry. Inhomogeneous salt distribution is a promising strategy for salt reduction. This study investigated the effect of inhomogeneous salt distribution using salt edible coating on the physiochemical and sensory attributes of beef frankfurter sausages. Results demonstrated that this method significantly reduced the salt content in frankfurter sausages by 60–81% without affecting the consumers’ perception of saltiness intensity. Among the coated samples, 7.5% and 10% salt coating samples showed the best performance on the product quality. However, the problems associated with high cooking loss and hard texture of the salt-coated sausages need to be further addressed. This research has potentially developed a new method for manufacture of salt-reduced food. 相似文献
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Melilli C Barbano DM Licitra G Portelli G Di Rosa G Carpino S 《Journal of dairy science》2003,86(9):2799-2812
The influence of temperature (12, 15, 18, 21, and 24 degrees C) of saturated brine on salt uptake by 3.8-kg experimental blocks of Ragusano cheese during 24 d of brining was determined. Twenty-six 3.8-kg blocks were made on each of three different days. All blocks were labeled and weighed prior to brining. One block was sampled and analyzed prior to brine salting. Five blocks were placed into each of five different brine tanks at different temperatures. One block was removed from each brine tank after 1, 4, 8, 16, and 24 d of brining, weighed, sampled, and analyzed for salt and moisture content. The weight loss by blocks of cheese after 24 d of brining was higher, with increasing brine temperature, and represented the net effect of moisture loss and salt uptake. The total salt uptake and moisture loss increased with increasing brine temperature. Salt penetrates into cheese through the moisture phase within the pore structure of the cheese. Porosity of the cheese structure and viscosity of the water phase within the pores influenced the rate and extent of salt penetration during 24 d of brining. In a previous study, it was determined that salt uptake at 18 degrees C was faster in 18% brine than in saturated brine due to higher moisture and porosity of the exterior portion of the cheese. In the present study, moisture loss occurred from all cheeses at all temperatures and most of the loss was from the exterior portion of the block during the first 4 d of brining. This loss in moisture would be expected to decrease porosity of the exterior portion and act as a barrier to salt penetration. The moisture loss increased with increasing brine temperature. If this decrease in porosity was the only factor influencing salt uptake, then it would be expected that the cheeses at higher brine temperature would have had lower salt content. However, the opposite was true. Brine temperature must have also impacted the viscosity of the aqueous phase of the cheese. Cheese in lower temperature brine would be expected to have higher viscosity of the aqueous phase and slower salt uptake, even though the cheese at lower brine temperature should have had a more porous structure (favoring faster uptake) than cheese at higher brine temperature. Therefore, changing brine concentration has a greater impact on cheese porosity, while changing brine temperature has a larger impact on viscosity of the aqueous phase of the cheese within the pores in the cheese. 相似文献
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特许经营被公认为是21世纪最成功的商业模式之一。在食盐逐步市场化的大背景下,盐业公司面临生存和发展的重大挑战。主要针对食盐在流通领域日益显现的弊端,以及盐业公司未来面临的挑战,结合最近几年中国盐业在连锁经营方面的发展,分析特许经营对盐业公司发展所起的作用。 相似文献
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