Every day, across the world billions of litres of water, milk, juice and other liquid foods are consumed. At Tetra Pak, we have developed a range of packages to protect both the nutritional value and the taste of the products inside. Thanks to Tetra Pak technology, the packaging and distribution of liquid products to the consumer has been greatly facilitated.
A package should save more than it costs.
This was the tenet of the founder of Tetra Pak, Dr. Ruben Rausing, who initiated the development of the tetrahedron shaped package. The fundamental idea was to form a tube from a roll of plastic-coated paper, fill it with the beverage and seal it below the level of the liquid.
Today, Tetra Pak offers much more than just packaging equipment for liquid food products. We also provide a range of processing and packaging technologies for use with a broad array of products, from ice cream and cheese to fruit, vegetables and pet food. We supply complete systems for processing, packaging and distribution, designed to optimise the use of resources. Our processing systems are not only developed to treat the products gently, but also to minimize the use of raw materials and energy during manufacture and subsequent distribution. We are committed to reducing the environmental impact of our operations and to enhancing the environmental performance of our products and solutions, including the continued development of environmentally efficient packages that protect food and prevent it from being wasted.
Perform preventive maintenance of Tetra Pak filling and
packaging lines, Conduct customer training, Trouble shooting and customer
support, Installation and Commissioning of TP Filling Machines / Distribution
Systems, Travel in the region and abroad (for training and customer support)
supplies ready by inventorying stock, placing orders, verifying receipt
engineering reports by collecting, analyzing, and summarizing data and trends,
entering data and generating reports and presentations, performing calculations
job knowledge by tracking and understanding emerging engineering practices,
participating in educational opportunities and professional organizations,
reading professional publications; maintaining personal networks
engineering and organization reputation by accepting ownership for accomplishing
new and different requests, exploring opportunities to add value to job
engineering requirements by conducting inspections and analytical tests,
analyzing and synthesizing data; maintaining control charts, determining root
causes, preparing bid specifications
engineering problems by collecting and analyzing information, researching,
analyzing, adapting, and modifying engineering techniques, recommending
solutions, preparing drawings, schematics, and diagrams, evaluating components,
materials, and suppliers, resolving design integration issues, developing
specifications and safety standards; performing installations
engineering applications by conducting tests and inspections, building and
analyzing models and simulations; conducting laboratory experiments and
project team accomplishments by communicating essential information,
coordinating actions, obtaining expert input, reviewing open issues and action items,
contributing information to team meetings and reports, escalating project
cost standards by preparing cost-benefit analyses, tracking and reporting
with codes and regulations by complying with requirements; preparing permit
applications, plans, and compliance reports.
guidelines by describing operational and testing methods and procedures
Maintains and improves quality results by completing
quality assurance tests, following standards; studying, evaluating, and
re-designing processes, implementing changes