Skip to main content

Tag: Liquids

Cleaning in Place (CIP) systems for the cosmetics industry.

Written by michelapretto on . Posted in Cosmetics.

Cosmetic production requires hygiene and continuity at every stage. C.L.A. Cleaning in Place (CIP) systems, designed on URS, ensure efficient internal cleaning cycles that can be integrated with plant CIP/SIP utilities. Constructed of Stainless steel and Special alloys, they offer safety, reliability, and complete documentation.

Applications

C.L.A. CIP systems are used for internal cleaning of tanks, pipes and production lines in the cosmetics industry. Each plant is made to order to fit production lines for creams, gels, emulsions and liquid solutions, reducing downtime and ensuring repeatable cycles.

Specifications

  • Design on URS: developed on client’s technical specifications
  • Complete structure: storage tanks, recirculation pumps, heat exchangers and automation with valves
  • Materials: stainless steel AISI 304, 316L, 904 and Special alloys HC22, HC276, SAF
  • Integration: provision for connection to site CIP/SIP utilities.
  • Certifications: PED 2014/68/EU compliance; UNI EN ISO 9001 quality system
  • Documentation: IQ/OQ documentation included; FAT and SAT available upon request

Benefits for the cosmetics industry

  • Hygiene: materials suitable for sensitive cosmetic processes
  • Efficiency: quick flushes without disassembly of equipment
  • Customization: solutions designed on URS for each cosmetic line
  • Reliability: PED certifications, ISO 9001 and supporting technical documentation

FAQ

Are CIPs suitable for delicate cosmetic production lines?

Yes, thanks to the design on URS and the use of stainless and Special alloys, the systems ensure hygiene and safety.

Can CIPs be integrated into existing cosmetic facilities?

Yes, the systems are prepared for connection to plant CIP/SIP utilities.

What documentation do you provide?

CLA provides dimensional, testing, IQ/OQ and, upon request, FAT and SAT certificates to support audits and validations.

How much do CIPs affect downtime?

Cleaning in Place (CIP) systems enable automatic cleaning cycles, significantly reducing time compared to manual cleaning.

See also.

Contact us to configure a dedicated Cleaning in Place (CIP) systems for your cosmetic processes.

Cleaning in Place (CIP) systems for the food industry

Written by michelapretto on . Posted in Food.

Sanitization of food facilities requires reliable and safe systems. C.L.A. Cleaning in Place (CIP) systems, designed on URS, ensure hygiene, traceability and reduced downtime. Integratable with plant utilities (CIP/SIP), they are made of Stainless steel and Special alloys for maximum safety.

Applications

C.L.A. CIPs are used for internal cleaning of tanks, pipes and production lines in the food industry. Each system is made to order to fit different production lines, ensuring repeatable cycles and compliance with hygiene standards.

Specifications

  • Design on URS: sizing and configuration according to customer specifications
  • Complete structure: storage tanks, recirculation pumps, heat exchangers and automation with valves
  • Materials: stainless steel AISI 304, 316L, 904 and Special alloys HC22, HC276, SAF
  • Integration: provision for connection to site CIP/SIP utilities.
  • Certifications: PED 2014/68/EU compliance; UNI EN ISO 9001 quality system
  • Documentation: IQ/OQ documentation included; FAT and SAT available upon request

Benefits for the food industry

  • Hygiene: automatic CIP cycles reduce contamination risks
  • Reduced downtime: rapid flushing without disassembly of equipment
  • Traceability: supported by comprehensive technical documentation
  • Customization: solutions designed on URS for each production line

FAQ

Are CIPs suitable for sensitive food lines?

Yes, thanks to the use of stainless steel and special alloys that meet food hygiene standards.

Can CIP be adapted to an existing facility?

Yes, the systems are prepared for connection to site CIP/SIP utilities.

What documentation do you provide for the Food sector?

CLA provides dimensional certificates, tests, IQ/OQ and, upon request, FAT and SAT to support audits and quality control.

Do CIPs reduce water and detergent consumption?

Yes, optimized cycles reduce waste compared to traditional manual cleaning.

See also.

Contact us to configure a customized Cleaning in Place (CIP) systems for your food plant.

Cleaning in Place (CIP) systems for the chemical industry

Written by michelapretto on . Posted in Chemical.

In the chemical industry, it is critical to maintain clean and safe plants, reducing downtime and ensuring business continuity. C.L.A. Cleaning-in-Place(CIP) systems, designed to the customer’s URS, are Clean-In-Place systems that can be integrated with plant utilities (CIP/SIP) and are constructed of Stainless steel and Special alloys to withstand even severe conditions.

Applications

C.L.A. CIPs find use in the internal cleaning of chemical plants, without disassembling equipment. Each system is made to order to accommodate process lines that handle different fluids, including potentially corrosive ones.

Specifications

  • Design on URS: developed on customer’s technical and process specifications
  • Complete structure: storage tanks, recirculation pumps, heat exchangers and automation with valves
  • Materials: stainless steel AISI 304, 316L, 904; Special alloys HC22, HC276, SAF
  • Integration: provision for connection to site CIP/SIP utilities.
  • Certifications: PED 2014/68/EU compliance; UNI EN ISO 9001 quality system
  • Documentation: IQ/OQ documentation included; FAT and SAT available upon request

Benefits for the chemical industry

  • Resistance: selected materials for demanding chemical processes
  • Safety: CIP systems that reduce direct contact with potentially aggressive substances
  • Efficiency: automatic washing without disassembling equipment
  • Certified reliability: PED and ISO 9001 to guarantee quality

FAQ

Are CIPs suitable for aggressive chemical fluids?

Yes, through the use of AISI 304, 316L, 904 stainless steel and Special alloys HC22, HC276, SAF, selected according to the customer’s URS.

Can CIPs be integrated with existing facilities?

Yes, the systems are prepared for connection to site CIP/SIP utilities, ensuring compatibility and continuity.

What documentation accompanies the systems?

CLA provides dimensional certificates, tests, IQ/OQ and, upon request, FAT and SAT to support validation.

Do CIPs affect plant downtime?

Yes, because they allow automatic washing cycles, significantly reducing time compared to manual cleaning.

See also.

Contact us to configure a customized Cleaning in Place (CIP) systems for your chemical plant.

Cleaning in Place (CIP) systems for the pharmaceutical industry

Written by michelapretto on . Posted in Pharmaceutical.

In pharmaceutical processes, cleanliness and sterility are imperative requirements. C.L.A. Cleaning in Place (CIP) systems, designed on URS, ensure hygiene, traceability and validation. Integratable with plant utilities (CIP/SIP), they are constructed of Stainless steel and Special alloys and accompanied by comprehensive documentation to support industry regulations.

Applications

CIP C.L.A. systems are used for in-house and automated cleaning of pharmaceutical plants, reducing downtime and ensuring repeatability and compliance with quality standards. Each system is developed to order to fit solid, liquid, or semisolid drug production lines.

Specifications

  • Design on URS: developed on customer process and plant specifications
  • Complete structure: storage tanks, recirculation pumps, heat exchangers and automation with valves
  • Materials: stainless steel AISI 304, 316L, 904; Special alloys HC22, HC276, SAF
  • Integration: provision for connection with plant utilities (CIP/SIP)
  • Certifications: PED 2014/68/EU compliance; UNI EN ISO 9001 certified quality system
  • Documentation: IQ/OQ documentation included; FAT and SAT available upon request

Benefits for the pharmaceutical industry

  • GMP compliance: design, materials and documentation in line with pharmaceutical standards
  • Facilitated validation: IQ/OQ, FAT and SAT to support audits and quality control
  • Reduced downtime: automatic flushing without disassembly of equipment
  • Traceability: comprehensive technical documentation to support regulated processes

FAQ

Do CIP C.L.A.’s comply with GMP standards?

Yes, thanks to the design on URS, material selection and comprehensive technical documentation (IQ/OQ, FAT, SAT).

Can CIPs be integrated with site utilities?

Yes, the systems are prepared for connection to plant CIP/SIP, ensuring compatibility and business continuity.

What materials are available for pharmaceutical CIPs?

Stainless steels AISI 304, 316L, 904 and Special alloys HC22, HC276 and SAF, selected according to the customer’s URS.

What documentation accompanies the systems?

CLA provides dimensional certificates, tests, IQ/OQ and, upon request, FAT and SAT to support validation.

See also.

Contact us to configure a customized Cleaning in Place (CIP) systems for your pharmaceutical plant.

Condensers / Heat exchangers for the cosmetics industry

Written by michelapretto on . Posted in Cosmetics.

The production of creams, emulsions and cosmetic solutions requires constant and reliable thermal control. C.L.A. Condensers / Heat exchangers are shell and tube, available in standard configurations (BEM, BEU, AES, etc.), designed on URS, and constructed of Stainless steel and Special alloys. Made to order, they ensure hygiene, safety and complete documentation to integrate into regulated cosmetic processes.

Applications

C.L.A. exchangers find use in cosmetic processes where it is necessary to maintain controlled temperatures to preserve quality and stability of creams, gels and emulsions. Designed on URS, they fit small- and large-scale production lines.

Specifications

  • Type: shell and tube exchangers in standard BEM, BEU, AES, etc. configurations.
  • Design on URS: customized solutions based on process and layout
  • Materials: Stainless steels AISI 304, 316L, 904; Special alloys HC22, HC276, SAF
  • Construction configurations: vertical or horizontal versions, produced to order
  • Certifications: PED 2014/68/EU compliance; UNI EN ISO 9001 quality system
  • Technical documentation: dimensional certificates, N.D. tests, pressure tests, roughness certificates; support to FAT, SAT, IQ and OQ

Benefits for the cosmetics industry

  • Hygiene: materials and finishes suitable for sensitive processes
  • Customization: design on URS to fit specific cosmetic lines
  • Reliability: process continuity and stable thermal control
  • Traceability: comprehensive technical documentation to support quality control

FAQ

Are the exchangers suitable for emulsions and cosmetic creams?

Yes, thanks to stainless materials and Special alloys, which ensure hygiene and process stability, reducing contamination risks.

Can the exchanger be adapted to different production batches?

Yes, the exchangers are designed on URS and can be sized for small batch or large-scale production.

What kind of checks are performed before delivery?

Each exchanger undergoes pressure testing, dimensional inspection, and nondestructive testing (N.D.), with full verification documentation.

Is it possible to certify the roughness of surfaces?

Yes, CLA provides roughness certificates upon request to ensure compliance with cosmetic hygiene standards.

See also.

Contact us to design the most suitable heat exchanger for your cosmetic processes.

Condensers / Heat exchangers for the food industry

Written by michelapretto on . Posted in Food.

C.L.A. Condensers and heat exchangers for the food industry are designed on URS and constructed of Stainless steel and Special alloys to ensure maximum hygiene, safety, and reliability in thermal processes. Made in shell and tube in standard configurations (BEM, BEU, AES, etc.), they offer customized solutions accompanied by certifications and complete documentation.

Applications

C.L.A. exchangers find use in food production processes that require controlled heat exchanges, custom-developed to integrate with existing systems and ensure quality, traceability and regulatory compliance.

Specifications

  • Type: shell and tube exchangers in BEM, BEU, AES, etc. configurations.
  • Design on URS: customized solutions according to process and layout
  • Materials: Stainless steels AISI 304, 316L, 904; Special alloys HC22, HC276, SAF
  • Construction configurations: vertical or horizontal versions, made to order
  • Certifications: PED 2014/68/EU compliance; UNI EN ISO 9001 quality system
  • Technical documentation: dimensional certificates, N.D. tests, pressure tests, roughness certificates; support to FAT, SAT, IQ and OQ

Benefits for the food industry

  • Hygiene and safety: certified materials for sensitive processes
  • Reliability: operational continuity even under severe conditions
  • Traceability: comprehensive documentation for audits and quality control
  • Customization: design on URS for food production lines.

FAQ

Are the exchangers compatible with the hygienic requirements of the food industry?

Yes, thanks to the use of Stainless steel AISI 304, 316L and Special alloys, which ensure durable surfaces that are easy to clean and comply with hygiene regulations.

Is it possible to obtain certificates for quality and food safety audits?

Yes, CLA issues dimensional certificates, nondestructive tests, pressure tests, roughness certificates and FAT, SAT, IQ and OQ documentation, which are useful during audits.

What configurations are recommended for food production lines with limited space?

Exchangers can be made in vertical or horizontal versions, on URS, to suit the plant layout and available space.

Are special materials (HC22, HC276, SAF) also used in the food industry?

They can be adopted in cases where particularly aggressive conditions are present, again depending on the client’s URS.

How much does technical documentation affect the validation phase?

CLA documentation (FAT, SAT, IQ, OQ) ensures traceability and facilitates passing the validations required in the Food sector.

See also.

Contact us to design the most suitable heat exchanger for your food processing lines.

Condensers / Heat exchangers for the chemical industry

Written by michelapretto on . Posted in Chemical.

In chemical processes, it is essential to have reliable, durable and customized heat exchange systems. C.L.A. Condensers / Heat exchangers are shell and tube, available in standard configurations (BEM, BEU, AES, etc.), designed on URS and constructed of Stainless steel and Special alloys to withstand harsh conditions and ensure durability.

Applications

Used in chemical industry processes that require thermal control, C.L.A. condensers and exchangers are custom-developed to integrate with production facilities, ensuring efficiency and safety.

Specifications

  • Type: shell and tube exchangers in standard BEM, BEU, AES, etc. configurations.
  • Design on URS: customized implementation for specific chemical processes
  • Materials: Stainless steels AISI 304, 316L, 904; Special alloys HC22, HC276, SAF
  • Construction configurations: vertical or horizontal versions, produced to order
  • Certifications: compliance with the PED Directive (2014/68/EU); quality system UNI EN ISO 9001
  • Technical documentation: dimensional certificates, N.D. tests, pressure tests, roughness certificates; support to FAT, SAT, IQ and OQ

Benefits for the chemical industry

  • Resistance to harsh conditions: selected materials for fluid and chemical environments
  • Complete customization: configurations on URS for each plant
  • Certified quality: PED and ISO 9001 as a guarantee of safety and compliance
  • Reliability: exchangers designed for long life and operational continuity

FAQ

How long does an average CLA shell and tube exchanger last in a chemical plant?

With scheduled maintenance and inspections, a device made of stainless steel or Special alloys
can provide decades of service, even under severe conditions.

Can revamping or retrofitting of existing exchangers be requested?

Yes, CLA can work on already installed equipment to adapt it to new operating conditions or update its documentation according to current regulations.

What kind of internal checks are performed before delivery?

Each exchanger undergoes dimensional inspection, pressure testing, and nondestructive testing (N.D.) performed by certified personnel independent of manufacturing.

Is full traceability of the materials used available?

Yes, CLA provides certificates of origin and traceability of materials used in construction upon customer request.

What factors influence the delivery time of a chemical exchanger?

The complexity of the URS, the choice of materials (some special alloys take longer to procure), and the level of documentation required (e.g., IQ/OQ documentation) can affect lead times.

See also.

Contact us to configure the condenser or heat exchanger best suited for your chemical processes.

Condensers / Heat exchangers for the pharmaceutical industry

Written by michelapretto on . Posted in Pharmaceutical.

In pharmaceutical processes, thermal control is critical to ensure product safety, stability and quality. C.L.A. condensers and heat exchangers are.
tube bundle, available in standard configurations (BEM, BEU, AES, etc.), and are designed to the customer’s URS.Made of Stainless steel and Special alloys, they offer customized solutions accompanied by comprehensive technical documentation to support regulated and compliant processes.

Applications

Used in pharmaceutical production systems that require controlled and validated heat exchanges, C.L.A. exchangers are developed to integrate into process plants and ensure efficiency, hygiene and traceability.

Specifications

  • Type: shell and tube exchangers in standard BEM, BEU, AES, etc. configurations.
  • Design on URS: customized solutions based on process and plant layout requirements
  • Materials: Stainless steels AISI 304, 316L, 904; Special alloys HC22, HC276, SAF
  • Construction configurations: vertical or horizontal versions, produced to order
  • Certifications: PED 2014/68/EU compliance; UNI EN ISO 9001 quality system
  • Technical documentation: dimensional certificates, N.D. tests, pressure tests, roughness certificates; support to FAT, SAT, IQ and OQ

Benefits for the pharmaceutical industry

  • Process reliability: stable and controllable heat transfer
  • Comprehensive validation: documentation to support audits and GMP regulations
  • Suitable materials: Stainless steel and Special alloys for strength and hygiene
  • Tailor-made design: configurations on URS for each production line

FAQ

Are CLA capacitors/exchangers suitable for GMP processes?

Yes, through design on URS, certified materials and FAT, SAT, IQ and OQ documentation, they are prepared for regulated and validated processes.

What kind of documentation is provided?

Included are dimensional certificates, nondestructive tests, pressure tests, roughness certificates and complete qualification documentation.

Can I request custom configurations?

Certainly. Each exchanger is designed on URS, choosing materials, sizes, and vertical/horizontal construction configurations.

See also.

Contact us to configure the most suitable heat exchanger for your pharmaceutical processes.

Condensate collection tanks for the cosmetics industry

Written by michelapretto on . Posted in Cosmetics.

C.L.A. Condensate collection tanks for cosmetics are designed on URS and constructed of Stainless steel and Special alloys to ensure reliability, hygiene and safety. Each tank is made to order and accompanied by certifications and complete technical documentation.

Applications

Used to manage condensate generated in cosmetic processes, C.L.A. tanks integrate with production facilities where durable, traceable and regulatory-compliant equipment is essential.

Specifications

  • Design on URS: each tank is sized and configured according to customer specifications
  • Materials: Stainless steel AISI 304, AISI 316L, AISI 904; Special alloys (HC22, HC276, SAF)
  • Configurations: available in vertical or horizontal versions, made to order
  • Certifications: compliance with the PED Directive (2014/68/EU); corporate quality system UNI EN ISO 9001
  • Technical documentation: dimensional certificates, N.D. tests, pressure tests, roughness; support for FAT, SAT, IQ and OQ

Benefits for the cosmetics industry

  • Reliability: equipment built with certified and durable materials
  • Customization: design on URS to fit specific layouts and cosmetic processes
  • Certified quality: compliance with PED and ISO 9001
  • Comprehensive documentation: support for testing and quality control

FAQ

Are the tanks customized for each cosmetic line?

Yes, each tank is developed on URS, with dimensions and configurations defined on the customer’s
specifications.

What materials are most commonly used for the Cosmetic sector?

Stainless steels AISI 304 and 316L are the most common, but CLA also makes AISI 904 and Special alloys such as HC22, HC276, and SAF.

What documentation accompanies the tanks?

Dimensional certificates, N.D. tests, pressure tests, roughness certificates and FAT, SAT, IQ, OQ documentation are provided.

See also.

Contact us to configure your dedicated Condensate collection tanks for the cosmetics industry, in line with your URS.

Condensate collection tanks for the chemical industry

Written by michelapretto on . Posted in Chemical.

Condensate collection tanks C.L.A. for the chemical industry are designed on URS (User Requirement Specification) and constructed of Stainless steel and Special alloys to ensure strength, durability and reliability in complex process environments. Each supply is accompanied by quality certifications and documentation.

Applications

Condensate collection tanks find use in chemical industry processes where condensate from production cycles needs to be contained and managed, with configurations
dedicated to layout and plant requirements.

Specifications

  • Design on URS: each tank is developed to customer specifications
  • Materials: Stainless steel AISI 304, AISI 316L, AISI 904 and special alloys such as HC22, HC276, SAF
  • Configurations: can be made in vertical or horizontal versions to order
  • Certifications: compliance with the PED Directive (2014/68/EU); corporate quality system UNI EN ISO 9001
  • Documentation: dimensional certificates, nondestructive testing (N.D.), pressure testing, roughness, with support for FAT, SAT, IQ and OQ

Benefits for the chemical industry

  • Full customization through design on URS
  • Durable materials suitable for demanding chemical processes
  • Quality certified with PED and ISO 9001
  • Complete documentation for validation, testing and inspection

FAQ

Are the tanks suitable for aggressive chemical processes?

Yes, through the use of Stainless steel (AISI 304, 316L, 904) and Special alloys such as HC22, HC276, and SAF, chosen according to the customer’s URS specifications.

Can I choose vertical or horizontal configuration?

Certainly, CLA makes both vertical and horizontal tanks tailored to the plant layout.

What documentation accompanies the supply?

Dimensional certificates, N.D. tests, pressure tests, roughness certificates and documentation for FAT, SAT, IQ and OQ are included.

See also.

Contact us to define the condensate collection tanks configuration best suited for your chemical plant.

Where the process takes shape

We support you in designing and building the plant that best suits your needs. Precision, experience and Custom solutions from the first meeting to delivery.

Contact us for a consultation

CLA SRL | Via Vicenza, 2 - 36015 Schio (VI) Italy | Tel. +39 0445 673030 | Mob. +39 338 5327599 | Email: cla@claschio.it | VAT IT00545840241 | SDI code: T04ZHR3 | Vicenza Companies Register no. 136196 | Fully paid-up share capital € 300.000 | Web Agency Vicenza‎ | Sitemap | Privacy policy | Cookie policy