CERAPHYL(R) RMT——赋予洗去型个人护理产品卓越保湿性

作为国际特品公司在皮肤脂质类似体领域推出的最新原料,在具有良好的安全性能的同时,Ceraphyl RMT能以与皮肤角质层中神经酰胺和甾醇同样的作用方式和脂肪酸形成有序的脂质结构.当被应用于洗去型个人护理产品配方时,它能提供良好的长效保湿功能.同时,皮肤外观和纹理也能得到明显的改善.     

CERAPHYL（r）RMT—赋予洗去型个人护理产品卓越保湿性

作为国际特品公司在皮肤脂质类似体领域推出的最新原料，在具有良好的安全性能的同时，Ceraphyl(r)RM能以与皮肤角质层中神经酰胺和甾醇同样的作用方式和脂肪酸形成有序的脂质结构。当被应用于洗去型个人护理产品配方时，它能提供良好的长效保湿功能。同时，皮肤外观和纹理也能得到明显的改善。     

CERAPHYL RMT——赋予洗去型个人护理产品卓越保湿性

作为国际特品公司在皮肤脂质类似体领域推出的最新原料 ,在具有良好的安全性能的同时 ,Ceraphyl RMT能以与皮肤角质层中神经酰胺和甾醇同样的作用方式和脂肪酸形成有序的脂质结构。当被应用于洗去型个人护理产品配方时 ,它能提供良好的长效保湿功能。同时 ,皮肤外观和纹理也能得到明显的改善     

Fenton oxidation and adsorption pretreatment for superior biogas recovery from biomethanated spent wash

Abstract

A key task in alcohol distilleries is the effective treatment of biomethanated spent wash after biogas recovery. This colored washwater exhibits low biodegradability index (BI?<?0.2), high chemical oxygen demand (30,000?<?COD?<?40,000?mg/L), and recalcitrance to aerobic treatment. In this work, pretreatment of biomethanated distillery wastewater by Fenton oxidation was proposed for improved biogas recovery. The effects of temperature, solution pH, and H₂O₂ dosage on the efficacy of the oxidation process were studied. Using ferrous sulfate catalyst (36?mg/L) for diluted wastewater (BOD₅?=?81; COD?=?400?mg/L), 54% reduction in COD was achieved within 1?h in acidic medium (pH?=?3) at ambient temperature (T?=?30?°C). Post-oxidation, the BI value improved (0.33). After subsequent adsorption over activated carbon (loading 5%) for 1?h, COD reduction (70%), and BI value (0.43) improved further. Upon anaerobic treatment with 1% acclimatized biomass, 1?Nm³ of biogas (47% CH₄) was additionally formed per m³ of treated wastewater; without pretreatment, this value was 0.9?Nm³ (just 11% CH₄). Lastly, aerobic treatment was performed and the results were encouraging: BI?=?0.51 and COD reduction?=?94%. Many oxidation products were identified and first-order kinetic plots were made to describe COD conversion kinetics. In this way, useful insight on a plausible technique for valorization of biomethanated washwater was provided.     

狭鳕鱼皮胶原多肽组合物水洗面膜的研制

以狭鳕鱼皮胶原多肽、海藻糖和葡萄籽提取物(或藻蓝蛋白)组合物为主要活性成分,以质量分数分别为2.0%,1.0%和4.6%的羧甲基纤维素、海藻酸钠和聚乙二醇1 500为基质主成分,经溶解、搅拌、混合、均质等工艺制备水洗面膜。微生物挑战实验确定以质量分数为1.0%的市售GL-PLUS为面膜防腐剂。体外保湿抗衰老功效研究确定面膜活性成分的添加量(以质量分数计)为胶原多肽3.7%,海藻糖6.5%,葡萄籽提取物(或藻蓝蛋白)0.12%。耐热、耐寒和离心测试结果表明所得面膜具有良好的稳定性。     

Highly conductive ceramic-in-polymer composite electrolyte enabling superior electrochemical performance for all-solid-state lithium batteries

In the present work, poly (vinylidene fluoride-co-hexafluoropropylene) [P(VDF-HFP)] and various amounts of NASICON-type LiZr_1.5Sn_0.5(PO₄)₃ (LZSP) as the active filler were used to fabricate composite solid electrolytes (CSEs) by solution-casting method and their structural and electrochemical behaviour were studied. The X-ray diffraction (XRD) data showed the compatibility of the rhombohedral LZSP with P(VDF-HFP). A uniform distribution of ceramic particles in the polymer was observed from scanning electron microscopy (SEM) images and energy X-ray dispersive maps. The addition of 15% wt. ceramic filler to the polymer matrix enhanced the room temperature ionic conductivity (σ ∼ 2.87 × 10⁻⁵ S/cm), lithium-ion transference number (t_Li⁺ ∼ 0.55), and electrochemical stability window (∼4.87 V). The reversibility and endurance of lithium-ion conduction across the composite electrolyte at various current densities were confirmed through galvanostatic charge-discharge measurements on a symmetric lithium cell for more than 500 h. A full cell fabricated using a commercial grade LiMn₂O₄ cathode and the optimized CSE electrolyte showed excellent rate performance at room temperature. The cell delivered a discharge capacity of 105 mAh/g with a nominal voltage of 4.0 V and retained 93% of its initial capacity after 100 cycles at a current density of 0.1 mA/cm².     

Improving the production technology for chrome-magnesite products

Conclusions With the incorporation of finely milled magnesite into the batch of chrome-magnesite there are significant improvements in the sinterability of the brick, and increases in strength after firing. Changing the setting scheme for the products on the kiln cars yields more uniform distribution of the temperature over the height of the kiln, improves the firing conditions, and reduces the loss. The roofs of the furnaces also have a longer life.Translated from Ogneupory, No. 2, pp. 5–6, February, 1969.     

焦化粗苯加氢装置尾气脱硫新工艺

焦化粗苯加氢精制后的尾气中含有大量的硫化物,直接排放不能满足环保要求。介绍了原有的脱硫工艺及存在的各种问题。为了满足尾气排放的环保标准,对原有工艺进行优化,采用湿法脱硫制硫氢化钠新工艺,既解决了污染源问题,又创造了可观的经济效益。     

Experimental study of wash columns used for separating ice from ice-slurry

The separation of ice from ice slurries is the final step in the process of freeze concentration, where wash column can be employed. Phenomena found in washing an ice bed, such as channeling, viscous fingering, clogging, liquid entrainment, and permeability were studied in an experimental wash column. The appropriate operating conditions that lead to a successful washing were proposed in this paper.     

Orientation technology and commercial products from a unique roll orientation process

It is well known that orientation can produce, at a minimum, an order of magnitude improvement in physical properties of low cost plastic resins. A unique, large-scale, commercial rolling mill process for continuous orientation of plastic sheet has been developed, A number of oriented materials have been commercially produced by this rolling mill process with a wide variety of physical properties attained. This has resulted in large volume sales of many interesting commercial products. Over the last thirty years, numerous researchers have conducted studies to evaluate the theoretical aspects of the rolling process, and the resultant properties. Most commercial oriented products are of relatively small cross sectional size such as fibers and film. The process reported herein produces heavy cross section oriented sheet. A new class of high strength thermoplastic materials is now available for design engineers to use. Long-term strength properties are often 10 to 100 times better than with unoriented thermoplastics.