Plant design - Import export

Plant layout design is the strategic arrangement of equipment, machinery, workspaces, and facilities within an industrial plant or manufacturing facility. It involves optimizing the physical layout to maximize efficiency, productivity, safety, and workflow throughout the entire production process. Key considerations in plant layout design include: workflow optimization, space utilization, safety and ergonomics, flexibility and adaptibility, compliance and regulations. We specialize in plant layout design services, offering expertise in developing customized layouts that meet the unique needs and objectives of our clients. Our services encompass the entire design process, from initial conceptualization and space planning to detailed layout drawings and implementation support. By leveraging our experience and knowledge, we help clients optimize their plant layouts to enhance efficiency, productivity, and competitiveness.

Good with chemicals d1 [mm]: Rings: Cage: Balls: xiros® material data xiros® polymer ball bearing design, applications, development and testing xiros® chemical resistance xirodur® C160 radial grooved ball bearing The ball bearing material xirodur® C160 offers extreme media resistance, but is inexpensive. xirodur® C160 can be used in the temperature range of up to +80°C. Lubricant- and maintenance-free Resistant to corrosion and chemicals Nonmagnetic and washable Life time predictable Lightweight Low friction Electrically insulating Industries: Electroplating, chemical industry, plant design d1 [mm]: Rings: Cage: Balls:

The Sewerage division of TRBA Group specialises in the installation of sewers, collectors, inspection chambers and pumping stations that contribute to the sanitation of both urban and rural areas. These works enable wastewater to flow to the treatment plants designed and built together with our electromechanical partners.

Our model making is the translation of data and creativity into three-dimensional, physical forms. Our services We manufacture in the following model making business: Gauges and receptions for auto industry suppliers Cubing tubes with surveying lasers for seals Foundry models for all types of castings and casting processes up to medium sizes Architectural models for terrain, buildings and industrial plants Visual and design model construction The materials processed by us are predominantly wood, plastics, synthetic resins and aluminum. The production depends on the demands on the product through craftsmanship up to CNC technology. On request, all products can be measured with the latest measurement technology and supplied with measurement protocol. Our team consists only of competent professionals who implement all the requirements and deadlines set for the product.

H1 B26 Shenzhen, China Metal Decoration Shenzhen Thornton Home Arts Co., Ltd. is a professional home accessories R & D, design, production, sales for the sales and design company, is committed to in the original products design and development, established in 2011, has its own production plant, a senior product designer team and professional marketing team.

Thanks to its own sugar know-how, DSEC specialized in sugar plants EPC construction. The company acquired its expertise through the realization of many projects, ranging from audits of existing installations up to the turnkey construction of new industrial complexes. As for its other activities, DSEC is able to execute sugar related projects under the form of full EPC contracts, being familiar with all aspects of the project's implementation. DSEC not only masters specific sugar techniques and technologies but also all related process auxiliaries, civil works, steel structures, installation works, start-up and commissioning activities, including training of the client's personnel. DSEC’s project design and construction management gives paramount importance to the respect of health and safety and environment norms as well as to technical efficiency and ease of operation. The monitoring of project cost, time schedule and performances is the essence of any EPCM or EPC commitment. DSEC has developed proprietary technological and thermodynamic programs that very accurately simulate the operation of plants, from overall Heat & Mass Balances down to unitary process operations. In terms of drawings, DSEC uses a powerful 3D drawing and construction management tool (SmartPlan®) that dramatically improves material purchasing activity and site installation efficiency through a high level of prefabrication works. The importance of cogeneration and energy saving concepts has deeply changed the design of sugar plants construction and refineries over the last thirty years. DSEC is particularly proud of the results obtained in plants that have been built or upgraded in accordance with its studies and recommendations. DSEC’s independence from equipment suppliers and technology providers allows selecting the best possible technical solutions with a view of optimizing performances, energy recovery, maintenance and cost to the benefit of any project. In addition to state-of-the-art projects, DSEC’s engineering skills combined with agro process know-how have been selected by major players for developing large scale industrial units from laboratory developments and pilot plants. The projected increase in world sugar demand of 100 million tons over the next 15 years makes De Smet Engineers & Contractor’s knowhow in sugar plants EPC construction extremely valuable for the market.

Construction of customized pilot plants Osmo Membrane Systems GmbH is very experienced in layout, manufacturing and start-up of pilot plants. From a container-installed plant which can be designed frost-proof, up to commercial Pilot plants with remote control and online integration, our product range covers a multitude of applications. Depending on the task, we rent an existing pilot plants or we design a new one. Our product range covers laboratory plants like our plant “MemCell” up to large scale plants. The plants can be delivered with an individual visualization. So, this includes data logging and remote control. By request, the plants may be delivered with a customized visualisation system. You are able with the process control system (PCS) to control the plant and a measurement data logging / interpretation system is implemented too. On customers request a secured remote maintenance and remote control will be also installed.

Cryogenic Mill The solution for fine grinding temperature-sensitive products. Our cryogenic grinding plants enable fine grinding of lubricating and temperature-sensitive products. This not only results in a technically perfect grinding but in addition thermal damage of the ground material and resulting grinding losses are prevented by the cryogenic grinding. All plants are designed with swivel screw coolers and liquid nitrogen cooling, appropriate dosing devices, separators as well as bunkers as closed plants. Technical data Target fineness: 10-2,000 µm Plant types: Pin mills, cross beater mills Product-contacting parts: Stainless steel Cooling: By liquid nitrogen Delivery in: Bagged goods, Big Bags, oktabins, drums Feeding: Via feeding stations, metering screws and vertebral screw coolers Filling into: Bags, drums, Big Bags, cardboard boxes and special containers Areas of application Fine grinding of resins Fine grinding of foodstuffs Fine grinding of seeds Fine grindi

The GX static mixer has been used successfully for the laminar flow mixing and/or dispersion of viscous fluids for over 35 years. It is a high performance static mixer capable of mixing materials with equal or very large differences in viscosity and volumetric ratio. Mixing is accomplished in a short length with a very high degree of mixing. Mixing Capabilities Mix fluids with similar viscosity Mix fluids with high and low viscosity (1 million : 1) Mix fluids with large differences in volumetric ratio (1,000 : 1) Disperse and mix polymers with blowing agents Thermal homogenization Viscosity homogenization Applications Polymer manufacture and processing. Two (2) component viscous materials such as Liquid Silicone Rubber (LSR), adhesives, polysulfide, sealants, epoxy resins, polyurethanes, etc. Plastics Extrusion Materials of Construction, Housings and End-Connections The GX static mixer can be supplied in most materials of construction, pipe/tube housings with virtually any end connection (Figure #13). GX-P mixing elements in 9.3 - 9.4mm outside diameter size are also available in plastic construction. History of GX Static Mixing Structure The GX static mixer was invented by Bayer AG of Leverkusen, Germany in the mid 1970’s. Bayer used the GX static mixer extensively in their polymer plants and subsequently licensed the design to Sulzer Chemtech of Winterthur, Switzerland who trademarked the design as the SMX* static mixer. Sulzer did a tremendous amount of fundamental high quality R&D work on the SMX structure and commercialized the SMX static mixer in tens-of-thousands of successful installations. The founders of StaMixCo held key technical and management positions in the Koch Engineering (the later Koch-Glitsch)-Sulzer Chemtech team that commercialized the SMX static mixer. Bayer licensed their 2nd generation of the SMX static mixer to StaMixCo which is branded as the GXR structure with integral support ring around the X-Grid mixing bars as described in a previous section of this web site. * StaMixCo is not a distributor of or affiliated with Sulzer Chemtech. SMX is a brand and trademark of Sulzer Chemtech.

Thanks to its independence and a team of senior specialist engineers, SiG offers quality simulations and studies, committing itself in terms of time and scope to provide security and solutions to the clients’ problems. SiG provides modeling services for some of the world’s leading manufacturers of inverters and wind turbines, and in collaboration with its partners it provides the necessary services for grid connection and grid compliance studies, such as the Spanish NTS or Australian GPS. By working together with manufacturers and supporting them with their models, our team has an important competitive advantage to simulate and study the behavior of a renewable plant. - Advice in grid compliance - Plant design and sizing - NTS simulation and certification - Capability analysis at interconnection points