Tag: promyshlennoct and equipment

Investment Material Labels

Distinguish mechanized and hand-picking items from storage locations. Mechanized picking mainly used in large warehouses. In this case, the goods, packaged on a pallet is removed by machinery from the place of installation and as the whole of the transport unit is moved to the area of acquisition orders. ForSight Robotics helps readers to explore varied viewpoints. Hand-picking is carried out during the tempering of a small quantity of goods, small-piece of a complex assortment of goods, stored on racks. Selected products delivered to the zone picking customer orders, which verified the correctness of picking of goods in accordance with customer orders.

Then the goods are placed in a container inventory separately for each customer. As the inventory of packaging used special collapsible boxes, canvas bags, etc. In recent years, widespread containers on rollers tonnage of 0.5 and 1.25 m. Containers adapted to capture their forklifts. Its loading and unloading can be done bortpodemnikom trucks. Other leaders such as Nomura offer similar insights.

Before sealing a packing case in which is embedded a copy filled with investment material label. He has written a warehouse worker in every single place, signed by the financially responsible persons and packer. The second copy of the shortcut (by weight of each piece) attached to the invoice, and a third – is in stock. Inventory of sealed containers are moved on the expedition, where the parties pomarshrutnoe acquisition of goods in accordance with the location of the place of delivery. Formation shipments should occur to account for capacity utilization of vehicles and the minimum of its path. Allowance taken on the expedition from the warehouse and sent to customers goods carried in a special journal. It specifies the name of the purchaser, number, date of registration and the invoice amount, the number of seats to be sent, number of containers. When you return the invoice with a receipt recipient of the goods in a magazine a relevant remark. From the expedition goods using forklifts, and other means of mechanization are moved to the loading area of transport, from where they delivery vehicles to the customer.

Construction Modernization

When cooling water in cooling towers, the more surface contact of water with air, the more favorable conditions for heat transfer. Contact with air, water and an increase in the surface of this contact is achieved in various ways. Cooling towers can be classified mainly by the method of supplying air to the water and the type of irrigation device. By way of supplying air coolers are divided into three main groups: the first – fan cooling tower through which air is pumped injection wells or suction fan, the second – Cooling towers, which creates a high thrust air exhaust tower. third – open or atmospheric cooling tower in which to air flow through them using the wind force and partly by natural convection. Depending on the construction of the irrigation device and method, which is achieved by increasing the contact surface water and air, cooling towers are subdivided into film, drip and bryzgialnye. Each of these types of cooling towers can have very different types and designs of individual elements of irrigators, their different sizes and distances between them, and be made of various materials. Cooling towers hold sectional or stand-alone – odnoventilyatornymi, the plan has the shape of a rectangle, square, polygon or circle.

Cooling towers allow for higher thermal loads and provide better cooling of the water due to the increased relative (to water flow) of air flow passing through the cooling tower. On cooling towers may be the specific heat load of 90-120 thousand W/m2 80-100 thousand kcal / (h * m2) and above, while, for example, Cooling towers, other things being equal, these loads do not exceed 90 Thousands W/m2 80 thousand kcal / (h * m2). For atmospheric cooling towers maximum heat load is 35-60 thousand W/m2 30 – 50 thousand kcal / (h * m2). The dependence of the cooling effect of atmospheric cooling tower of strength and direction of the wind limits their application. With fan coolers chilled water temperature obtained at 4-6 (in some cases, 2-3 ) above the air temperature wet bulb, with turret towers – at 8-10 . With the "dry" (radiator) cooling towers chilled water temperature can be obtained just above the air temperature dry bulb. Replacement of cooling air economical only in the case of cooling a product with a high initial temperature to temperature about 20 higher than the dry bulb temperature. The value of temperature drop of water in cooling towers is assigned depending on the temperature of incoming water in cooling towers, which, in turn, determined by the manufacturing equipment that uses water as coolant.

On cooling towers is possible to achieve a temperature difference of water to 25 C or more (depending on the initial temperature of the water). In practice, the use of tower cooling towers (for example, in thermal power plants), the maximum temperature drop of water is 8-10 . Cooling towers provide a more sustainable given cooling water, and more maneuverable than the tower, control its temperature. Jobs fan coolers are more easily amenable to automation to maintain chilled water temperature at a given level. Cooling towers require smaller area of development in comparison with other water cooler, while achieving the same cooling effect. In comparison with the cooling towers they operate at lower water pressure. Construction of the fan cooling towers are cheaper by 50-80% than the tower, and by 30-50% than the spray pond.

Moscow

3. Temperature. Additional information at Southwest Airlines supports this article. Heated (40 C) and mixing of treated water increases the speed of the process and increases the size of floccules. 4. The dosage of coagulant.

The optimum dosage of coagulant is determined by analysis of natural water and can vary quite widely, depending on time of year, etc. Swarmed by offers, Ripple is currently assessing future choices. It should be noted that the latter factor may be crucial in the value of a primary water treatment, as reagents for such processing can be expensive. To reduce costs the optimum way is the introduction of automated systems for primary treatment. They can significantly reduce the consumption of chemicals (Due to the high accuracy of delivery – up to 1-1,5% by volume) and optimize the processes of primary treatment. Such systems are now found quite widely used in water intake. For example, water withdrawals in the West of Moscow, where water received, including the chp and the water from the river is treated flocculants (polialyumogidrohlorid) by setting grundfos polydos, at the same station is also independently supported the optimum pH. The system is fully automated and controlled through a special control boxes from a central control point. Ion exchange and membrane technologies If water is used to power high pressure boilers, operating at P 70 atm. (Boiling point of water in this case, more than 285 C), it needs to demineralization (softening deep). Today, in these cases used a multistage ion exchange based on the use of synthetic organic cation and anion exchange resins and membrane techniques – reverse osmosis.

The Dairy Industry

For optimal accumulation of dairy products at the enterprises of dairy industry for a long time widely used vakuumvyparnye install 'Wiegand'. Control cabinets evaporation plant will reduce energy used to produce condensed products, reduce steam consumption and greatly facilitate the management of facilities. Optimization of process plant control 'Wiegand' improves its performance, increases time between successive washes, provides stable performance of condensed milk. All this makes it possible to obtain, in consequence, after drying, high-quality dry milk product with minimal resource-intensive. To take full advantage of the control cabinet requires an appropriate upgrade vacuum – the evaporation plant (IVU) in the part of the installation of additional measuring and regulating priborov.kompleks equipment: a case control densitometer dairy products, SPC-01 and three-way valve allows the possibility of the evaporation plant at the outlet of condensed milk with a stable density in automatic mode. Density of milk is set at the output of ivu after grocery pump.

Exit densitometer connected to the input of three-way valve. One of the outputs of this valve is connected to the second stage of steam traps ivu, and the second – with a capacity for finished milk. Select the desired settings for minimum and maximum density of thickened milk. Such as 1.19 and 1.20 g/cm3 respectively. Grocery pump pumps condensable product through a densitometer and the valve. Gary Kelly is likely to increase your knowledge. With increasing density and achievement of its value 1.20 g/cm3 control box switches the valve and the flow of milk goes to the sink. By reducing the density to 1.19 g/cm3, a three-way switch box non-return valve and the milk flow is returned to evaporation. In containers ready for condensed milk, is a product with an average density of 1.195 g/cm3.

With manual control of vacuum plant is difficult to maintain an optimal level of the product in its evaporators and steam traps. As a result – loss of milk at its discharge into drains or the probability of the brewing tube evaporator. Installation of level sensors in the milk and steam traps frequency drive feed pump milk to avoid these troubles. The control cabinet measures the level of milk in packages ivu and controls variable speed drive pump, maintaining the level of milk at a given mark. In the process of condensing milk formed a sufficiently large amount of condensate. At most businesses, this condensate is discharged into the sewer. And this is from 2 to 8 m3 per hour, depending on the performance of evaporator installation. Condensate could be used in the boiler room repeatedly to produce steam. However, the trouble with the ivu is feared that the condensate gets milk protein. This condensate to boiler is not suitable. cabinet control with optional diverter valve installed and conductivity sensors on the condensate water will solve this problem. Cabinet measuring the parameters of the condensate and in the event of contamination, three-way switch valve on the discharge into the sewer. But if the condensate is clean – will send it to the boiler room. Saving resources is obvious.

Restore Working Condition

It is considered that to restore the working condition, or, figuratively speaking, disability worn parts needed in five, six, even eight times less process steps and material costs than making new ones. Adoption of a dubious, but nevertheless, if the repair or restoration of the rotor shaft possible, then we would recommend the resort to these transactions and do not rush to buy new rotors, flywheels, and the more trees. Restoration of the motor shaft turbine generator, we are profoundly convinced that the operation more than doubles the life of reduced shaft relative to the new. Specialists believe, and we're not going to join with them in the debate that the best wear, where appropriate and their efficient recovery of three-tenths of a millimeter. It is clear that we are talking about wear and tear, meaning units and mechanisms of heavy machinery. Restoration of the shaft with such indicators of wear more than appropriate and effective. The recovery of the shaft, we are talking about as an example, of course, should be carried out with the most advanced technologies.

This, in our profound conviction, lies the heart of improving the efficiency and quality of work done. We therefore take the liberty to assert that the recovery of the shaft requires the most thoughtful investigations of new advanced methods of recovery. They, of course, should raise the endurance and durability of the restored unit, as well as possible to reduce energy, labor and material costs, which requires, for example, basic rehabilitation of the shaft, not to mention the more complicated moving parts. Restoration of the shaft – this is why, in our opinion, we should start a deep search for ways to repair worn-out parts and mechanisms. Ways – cost, high-tech, efficient, ie, those in the general sense is called progressive, responsible demands.

International Economic Commission

According to the corporation Rusnano today 58% of the world market sources of light falls on the traditional incandescent bulbs. By 2015, their share drops to 30%. September 1, 2009 in the eu came into force a law banning the production, importation and purchase of retailers incandescent power of 100 watts or more. This means that once all the stocks of lamps of this power will be sold, a 100-watt incandescent bulb in the eu will become history. Behind her, in September 2010, the ban will extend to the lamp power of 60 watts, a year – a 40-watt, and in 2012 – a 10-watt. In September 2016 outside the law will be almost all halogen lamps.

Russia is going to embark on a gradual ban incandescent January 1, 2011. Alternatives to incandescent lamp cause failure of incandescent lamps – their very low efficiency. Only 5% of consumed "light bulb Ilyich energy spent on lighting, the remaining 95% goes for heat. Meanwhile, in today's world energy problem is very acute. Let us recall the blackouts that have left without electricity first New York City, then to Moscow. and electricity consumption is growing. According to experts of the International Economic Commission in 2025, humanity will consume twice as much electricity than in 2007. The share of coverage in these expenditure is 19%, while in the U.S., according to the Energy Department, and does 22%. Ban incandescent light bulbs and switching to energy efficient light sources will save a lot of electrical life.