Chemical products for the pharmaceutical industry - Import export

LIPP® Liquid Storage Tanks are fabricated with best material, as this is the most important quality factor. Municipal/industrial waste water and sludge or certain processing, intermediate and end products from the chemical, pharmaceutical and food processing industries set high requirements regarding the tank material, for example. LIPP offers a variety of materials, ranging from galvanised steel through the combination material Verinox to highalloy stainless steels. Variants waste water tanks sewage sludge tanks process water tanks storage tanks firefighting water tanks Mixing and compensation tanks buffer tanks stockable sludge tanks rainwater reservoirs Filtrate water tanks activation tanks Percolating filter tanks Landfill leachate tanks & Special tanks on request

MADE FROM VERINOX STAINLESS STEEL OR GALVANISED STEEL WITH VOLUMES RANGING FROM 40 M3 TO 10,000 M3 Both industry and communities require professional solutions for plant and tank construction and for the storage and treatment of liquids, as well as flexibility in terms of size, choice of material and equipment. When constructing liquid storage tanks, the selection of the best material is an important quality factor. Municipal/industrial waste water and sludge or certain processing, intermediate and end products from the chemical, pharmaceutical and food processing industries set high requirements regarding the tank material, for example. LIPP offers a variety of materials, ranging from galvanised steel through the combination material Verinox to high alloy stainless steels. APPLICATIONS Waste water tanks Sewage sludge tanks Process water tanks Storage tanks Firefighting water tanks Mixing and compensation tanks Buffer Tanks Stackable sludge tanks Storage containers

Pactainer ED® offers a safe protection against electrostatic hazards. They can be used for bulk goods which contain or are located in areas where electrostatic hazards are at present. For example for the chemical industry. The conductive fabric of a Pactainer ED® conducts the charge of the bulk products to the hoist in connection with the grounded straps and prevents reliable every kind of discharge which displays a risk of fire. A micro-perforation of all coated components of the inside and outside of the container which are connected with each other, guarantees that they are able to discharge the electrostatic energy. This process has already been patented. Pactainer ED® offers further safety: If there is not direct grounding of the lifting loops, the carriers of the charge will be handed over locally and defined to the hoist. This is realized by a Carona-Effect. The Surrounding area is not subject to static charging. Fields of application: Transport and storage container for products produced by the chemical as well as paint industry for bulk goods of every kind – which own low minimum ignition energy. Main industries: Products for the chemical and pharmaceutical industry, wood and synthetic products, food, detergents

We plan and perform your complete process validation. From the first gap analysis and risk management, planning, execution and reporting. We support you with full project management, providing support where needed. You free your ressources for your projects, we take care for validations and all connected activities. You reach your goals safely, quicker and faster.

We carry out projects quickly and without loss of quality. You have short project durations, thus lower costs and a quick return on investment. Contact us for an initial discussion! Our projects often combine Technical and regulatory issues: •Technology & technology transfer (adapt, improve technologies) •Optimise in production •Quality projects (Quality by Design "QbD", Process Analytical Technology "PAT", test design, validations, qualifications) •Short processing times in administration •Improve the supply chain We optimise supply chains, develop suppliers, um/damit: •"Shorten "Lead Times •the supplier reacts quickly •broaden the supplier base •find new suppliers •Relocate productions We take over technical projects like: •"Scale up" in biotechnology and pharmaceuticals •Model and simulate production steps in biotechnology and pharmaceuticals •Improve production processes (quality, process) •modelling new or modified buildings ("virtual factory") •simulate

AGRANA offers a range of products for the pharmaceutical industry: - Powder for medical latex products - Excipients and carrier substances for tablets, pills and sugar-coated tablets (native starches) - Maltodextrin, (dried) glucose syrups and dextrose

Electrical tote tank mixers for stainless steel IBCs The LRK-C series tote tank mixer and their drive units LRK-A are a special solution designed for operation on stainless steel containers with filling openings of at least 400 mm and mixing volumes from 400 l up to 1,500 l. The customer may choose between various viscosity-related basic versions of fast-running and slow-running mixers with electric drives. The mixing unit that remains in the container is connected to the drive unit with a bayonet coupling and a clutch. The drive is dismountable so that one drive unit can be used for several mixer units interchangeable. The mixer is mounted on the container’s manway lid, which is clamped with butterfly screws or a clamp ring. The agitator shafts are borne in a bearing housing, which is welded into the container lid on the product side. The impellers are designed to fit through the filling opening DN 400 when being inserted.

The tote tank mixers CRP-E are equipped with a pneumatic drive. It has been especially designed for plastic IBCs with filling openings of at least 150 mm and volumes from 600 l up to 1,200 l. The fast running pneumatic agitators are equipped with bearing and coupling housings. By means of the maintenance unit, pressurized air is enriched with oil for the vane drive. The mixer is mounted on a container traverse bridge, which is included in the scope of supply and clamped with a rapid fixing system to the cage frame of the IBC. The plastic bulk of the container is therefore not harmed by any static or dynamic loads by the agitator. Folding propellers that fit through the filling opening DN 150 mm are used for geared agitators. The agitator shafts are connected to the drive shafts with sleeve couplings or borne within the gear’s hollow shaft (worm gears). The agitator shafts are balanced for concentric run after assembly. Explosion-proof mixers are also feasible.

Rigid stand with H-foot for tanks that range in volume from 100 l. Under these conditions, the stand can be equipped with all fast running or gear-reduced mixers and their matching mixing elements. Mixer powers from 0.37 kW to 7.5 kW and support loads up to 100 kg – by means of a reinforced stand loads up to 300 kg – can be realized. The agitator is positioned on a telescope sleeve that is moved via the spring-suspended lid connected to the stand. The lift is done by a geared hand-wheel or electric with a lift drive and chain drive. The mixer is positioned on a cantilever beam which is fixed to a support slide that is moved on the stand column. The electric or pneumatic supply is guided through a laterally mounted energy chain. The floor stand mixer SRW is available in two standard sizes that are particularly designed for the processing of exchangeable vessels such as drums and IBCs. Various tank sizes upon request.

The CRP-M tote tank mixers are featured with a pneumatic drive and were designed for the application in stainless steel tanks with filling openings of at least 400 mm and mixing volumes of 400 l to 1,500 l. The fast running pneumatic agitators are equipped with bearing and coupling housings. By means of the maintenance unit, pressurized air is enriched with oil for the vane drive. The mixer is mounted on the container’s manway lid, which is clamped with butterfly screws or a clamp ring. The manway lid is supplied by the container manufacturer or by the customer. The impellers are designed to fit through the filling opening of at least 400 mm when being inserted. All CRP-M series can be supplied as follows: Lid Muffler Explosion-protection design

The tote tank mixers CR-M are designed for operation on stainless steel containers with filling openings of DN 400 mm and mixing volumes from 400 l up to 1,500 l. Depending on the viscosity of the mixing material, CR-Ms with fast running or gear reduced drives are available. The agitator shafts are connected to the drive shafts with sleeve couplings or borne within the gear’s hollow shaft (worm gear). The agitator shafts are balanced for concentric run after assembly. The mixer is mounted on the container’s manway lid, which is clamped with butterfly screws or a clamp ring. The manway lid is supplied by the container manufacturer or by the customer. The impellers are designed to fit through the filling opening DN 400 when being inserted. The electric container mixers are delivered with on-/off-switches with low-voltage breaker. The electric container mixers can also be supplied with frequency converter drives. All CR-M series mixers can be supplied as follows:

The tote tank mixers CR-E are designed for operation on plastic containers with filling openings of 150 mm and volumes from 600 l up to 1,200 l. The customer may choose between various viscosity-related basic versions of fast-running and slow-running mixers with electric drives. The agitator shafts are connected to the drive shafts with sleeve couplings or borne within the gear’s hollow shaft (worm gears). The agitator shafts are balanced for concentric run after assembly. The mixer is mounted on a container traverse bridge, which is included in the scope of supply and clamped with a rapid fixing system to the cage frame of the IBC. The plastic bulk of the container is therefore not harmed by any static or dynamic loads by the agitator. The fixing of the traverse bridge is adjustable for various container models. The impellers are designed to fit through the filling opening 150 mm when being inserted. The electric container mixers are delivered with on-/off-switches with low-voltage breaker.

The FR series is a fast running electric drum mixer that can directly be mounted on 200 l steel drums with a 2“ bung hole. The mounting on the drum is done with a 2” threaded adapter with which the agitator is screwed into the bung hole. The agitator shaft is connected to the drive shaft by means of a sleeve coupling. Folding propellers are used as mixing elements, which can be inserted into the drum through the 2” bung hole when being folded. The FR series mobile mixer is delivered as a turn-key solution with an on-/off-switch with low voltage breaker and connection cable. Upon request, the FR series mixer can also be supplied with an integrated frequency inverter. Additionally we can provide you with a vessel clamp applicable for open lid drums.

Mobile stand with H-foot for tank volumes from 100 l. The mobility of the tripod is ensured by using castors and fixed castors. The tripod can be moved due to The lift is done by a geared hand-wheel or electric with a lift drive and chain drive. Mixer powers from 0.37 kW to 7.5 kW and support loads up to 100 kg can be realized (with ex-protection only realizable to a limited extend). Under these conditions, the stand can be equipped with all fast running or gear-reduced mixers and their matching mixing elements. The mixer is positioned on a cantilever beam which is fixed to a support slide that is moved on the stand column. The FRW is equipped with fixed and steerable wheels for mobility. The electric or pneumatic supply is guided through a laterally mounted energy chain. The mobile stand mixer FRW is available in two standard sizes that are particularly designed for the processing of exchangeable vessels such as drums and IBCs. Various tank sizes upon request.

Rigid stand for wall-mounting for tank volumes from 100 l. Mixer powers from 0.37 kW to 7.5 kW and support loads up to 100 kg can be realized. Under these conditions, the stand can be equipped with all fast running or gear-reduced mixers and their matching agitator elements. The lift is done by a geared hand-wheel or electric with a lift drive and chain drive. The mixer is positioned on a cantilever beam which is fixed to a support slide that is moved on the stand column. The electric or pneumatic supply is guided through a laterally mounted energy chain. The stand WRW is available in two standard sizes, thus enabling the processing of various tank sizes. The standard sizes are particularly designed for the processing of exchangeable vessels such as drums and IBCs.

Analysis of the order, shipping after sample parameterization, definition of the delivery model to the customer and a variable period of 30 to 60 days after order confirmation is estimated in order to deliver

Analysis of the order, shipping after sample parameterization, definition of the delivery model to the customer and a variable period of 30 to 60 days after order confirmation is estimated in order to deliver

Analysis of the order, shipping after sample parameterization, definition of the delivery model to the customer and a variable period of 30 to 60 days after order confirmation is estimated in order to deliver

sample is sent, the packaging depends on the customer's specific requirements, and the delivery time is 30 days. Price and logistical efficiency,

sample is sent, the packaging depends on the customer's specific requirements, and the delivery time is 30 days. Price and logistical efficiency,

sample is sent, the packaging depends on the customer's specific requirements, and the delivery time is 30 days. Price and logistical efficiency,

sample is sent, the packaging depends on the customer's specific requirements, and the delivery time is 30 days. Price and logistical efficiency,

sample, test, and packaging is sent according to the customer's request. Then the quotation +is closed according to this form of delivery. 45 days delivery time. Price and logistical efficiency ,

sample, test, and packaging is sent according to the customer's request. Then the quotation +is closed according to this form of delivery. 45 days delivery time. Price and logistical efficiency ,

Analysis of the order, shipping after sample parameterization, definition of the delivery model to the customer and a variable period of 30 to 60 days after order confirmation is estimated in order to deliver

Analysis of the order, shipping after sample parameterization, definition of the delivery model to the customer and a variable period of 30 to 60 days after order confirmation is estimated in order to deliver

Analysis of the order, shipping after sample parameterization, definition of the delivery model to the customer and a variable period of 30 to 60 days after order confirmation is estimated in order to deliver

Analysis of the order, shipping after sample parameterization, definition of the delivery model to the customer and a variable period of 30 to 60 days after order confirmation is estimated in order to deliver

Analysis of the order, shipping after sample parameterization, definition of the delivery model to the customer and a variable period of 30 to 60 days after order confirmation is estimated in order to deliver