Food-factory and cold-chain integration for the UAE
Through our Dubai coordination, we combine processing, packaging, storage and site implementation in one technical scope.
Solutions for regional distribution, fast deployment and existing-plant modernisation.
Multi-zone cold storage
Dry, chilled and frozen storage under one roof, engineered for phased expansion.
ProcessTürk →Turnkey sauce factory
Processing, filling, automation and commissioning for mayonnaise, ketchup, mustard and other sauces.
ProcessTürk →Dairy processing plant
Scalable plant design from milk reception and pasteurisation to cheese, ayran and filling.
ProcessTürk →Which official authorities should you follow before the project?
Official-authority tracking is the part of a food-plant investment in which permits, registrations and conformity steps run in parallel with the technical scope. Starting steps such as establishment registration, product registration and label approval before the equipment order reduces the risk that they delay the commissioning schedule later. The authorities below are the official sources for these processes. Current requirements, fees and lead times are always confirmed directly with the authority; this page is not a summary of legislation.
Ministry of Industry and Advanced Technology (MoIAT)
Responsible at federal level for standards and the conformity-assessment framework.
Official website: moiat.gov.ae ↗Dubai Municipality
Oversees food safety and the permit processes for food businesses in Dubai.
Official website: dm.gov.ae ↗Abu Dhabi Agriculture and Food Safety Authority (ADAFSA)
Responsible for agriculture and food-safety regulation and inspection in the Emirate of Abu Dhabi.
Official website: adafsa.gov.ae ↗What engineering considerations apply to food plants in the Gulf?
Food-plant design in the Gulf differs from a temperate-climate project in four inputs: summer ambient temperature, water quality, halal and labelling rules, and energy continuity. These four inputs change equipment selection and plant layout before the first layout drawing is finalised. The notes below summarise the questions to ask at the preliminary design stage and the official sources behind them.
Why is refrigeration sized for ambient temperatures above 45 °C?
Refrigeration sizing in the Gulf is the selection of compressors, condensers and panel insulation for summer ambient conditions that can exceed 45 °C. For example, the World Meteorological Organization (WMO) has verified the 53.9 °C reading taken at Mitribah, Kuwait, on 21 July 2016. Because a condenser rejects heat to the outside air, refrigeration capacity falls as the ambient temperature rises. Equipment selected from temperate-climate catalogue ratings therefore runs below its capacity and may fail to hold room temperature on the hottest days. The correct method is to select at the site's design ambient temperature, not at catalogue conditions. In addition, a condenser position protected from direct sun and hot-air recirculation is reserved in the layout from the start.
How does water quality affect material selection?
Water quality is the first input to material selection in the Gulf, because the chloride content of treated or desalinated water sets the corrosion risk in the CIP circuit and on product-contact surfaces. In chloride-bearing environments, molybdenum-bearing AISI 316 stainless steel is generally preferred for corrosion resistance. A water analysis is therefore requested before the equipment list is written. Its result affects both the tank and pipe material and the choice of cleaning chemicals used in the CIP circuit.
How do halal and labelling requirements affect the design?
Halal and labelling requirements are the market rules that determine the choice of raw materials, additives, process and packaging in the Gulf from the outset. In the Gulf countries, common standards are developed through the GCC Standardization Organization (GSO); GSO 9 covers the labelling of prepackaged foods and GSO 2055-1 sets the general requirements for halal food. Package labels must carry Arabic information. The basic international reference is the Codex Alimentarius general standard for the labelling of prepackaged foods (CXS 1-1985). The label area and the printing/coding unit on the filling machine are therefore planned together with the product design.
Why is energy continuity part of cold-chain design?
Energy continuity is the redundant design that keeps an interruption in the cold chain from turning into direct product loss. The Codex code of practice for quick frozen foods (CXC 8-1976) takes −18 °C or colder at all points in the cold chain as the reference for frozen product, and a prolonged outage can break this temperature. That is why standby compressors, generators and remote alarm systems are addressed at the same stage as the capacity calculation rather than left as options to add later. In addition, room temperatures are logged continuously; the record serves as evidence both in food-safety inspections and in product-loss disputes.
What to prepare before the project starts
For the preliminary technical study to move quickly and accurately, it is enough to have the following information at hand; any missing items are completed together.
- Target product mix and expected daily production capacity.
- Plot or building dimensions, existing layout and loading areas.
- Electrical connection capacity, water source and water analysis data.
- Labelling, packaging and halal requirements of the target market.
- Raw-material source, packaging type and storage temperature ranges.
- Phased investment plan and the targeted commissioning period for the first phase.
- 1Requirement and product mix
- 2Preliminary layout and technical scope
- 3Proposal, manufacturing and delivery plan
- 4Installation, commissioning and training