Rapid Deployment of the CLIMAVENETA MECH IS G07 Chiller for Food Production

John Bean Technologies (Ice-Systems Brøndum) is an international engineering group with over 100 years of history, operating at the intersection of food technology, processing and industrial cooling systems. The company is present in Europe, North America andAsia , works with global manufacturing brands and actively uses dealer and rental models, where the value of a supplier is measured by their actual ability to complete tasks within tight deadlines.

In this project, JBT acted as a B2B partner and temporary equipment operator. The chiller was required for a one-week rental for a Canadian customer’s technological installation, with physical delivery to Italy. The final configuration of the process was being finalised in parallel, which meant that the project had neither a timely supply nor the ability to adapt the equipment to the facility. The key requirement was cooling to −12 °C and readiness for commissioning.

Actual project conditions and HVAC engineering constraints

— Window for equipment preparation and shipment — up to 48 hours;

— Priority — reliability, stability and price optimisation;

— Required power class — 90 kW of industrial cooling;

— Logistics — international delivery without intermediate facilities;

— Installation — no modifications to the plant’s hydraulics, electrical systems or automation;

— Operation format — short-term rental, 7 days of continuous operation at a multidisciplinary food production facility in Denmark;

— Equipment condition — new, 0 operating hours, no operational risks when integrated with other high-tech processes;

Instead of lengthy negotiations, a ready-made solution from the warehouse was proposed — the CLIMAVENETA MECH IS G07 chiller, manufactured in 2024, with a nominal cooling capacity of 90.2 kW (12/7 — 35 °C), inverter scroll compressors, integrated hydromodule, microchannel condenser and factory-set automation. Inspection, documentation preparation, completeness check and readiness for shipment were completed in 2 calendar days.

Chiller operating principles and HVAC modulation specifics 

The project started under conditions of high uncertainty, typical for dealer and rental scenarios. The configuration of the HVAC technology base was in the process of being refined, and the thermal model of this facility was being developed in parallel with logistics. At the same time, the climatic conditions of the region of operation and transportation added additional inputs: the range of outdoor temperatures was from 4 to 8 °C during the transition period to 28 to 32 °C on peak summer days, with relative humidity controlled at 55–75%, which affected both the modality andstability of condensation and the cooling capacity of the equipment.

Under these conditions, the key task was to ensure stable cooling to −12 °C on the consumer side in heat flows without the possibility of adjusting the system on site. The chiller had to reach operating mode within 30–60 minutes, maintain the temperature during load fluctuations, and not require reinstallation of hydraulics and automation.

Actual requirements recorded during the project

— Calculated temperature difference across the circuit — ΔT 4–6 K;

— Operation in climatic conditions of 10… 35 °C;

— Partial load mode — from 35–40 % to 100 % without fluctuations;

— Permissible time to reach operating mode after start-up — no more than 1 h;

— Target temperature of the cooled circuit — −12 °C ±0.5 K during continuous operation 24 h/day;

— Approximate heat flow range of the unit — 65–90 kW, with short-term peaks up to 100–105 kW;

— Minimum requirements for external infrastructure: standard power supply, ready-made hydraulic module and factory automation;

— Logistics, preparation and readiness for shipment — ≤ 48 hours from the moment of order confirmation, taking into account testing on 8 parameters.

For the dealership business, such parameters are critical: the end customer pays not for the maximum COP or laboratory indicators, but for the ability of the equipment to work predictably with unknown inputs. At this point, EVROPROM acted as a reliable contractor, comparing the climate, load range, temperature regime and operating format, and offered a solution that maintains operating parameters in terms of kW, °C and response time even in conditions of limited information.

Rapid integration of the chiller in Denmark 

Instead of lengthy negotiations, we relied on warehouse resources and practical experience in dealer and rental supplies, where reliability is more important than optimisation.

The solution chosen wasthe CLIMAVENETA MECH IS G07, a new 2024 chiller with an integrated hydromodule and 0 motor hours, completely ready for operation without any modifications or adaptations on site.

Key parameters of the selected refrigeration chiller

— Cooling capacity 90.2 kW (12/7 — 35°C) — confidently covers the operating load range with a margin, including short peak modes without loss of temperature stability of the lines;

— 2 MITSUBISHI ELECTRIC inverter scroll compressors — provide smooth power modulation from partial modes to nominal, without sudden starts, overloads and temperature drops;

R32 refrigerant — a modern and efficient working agent with high volumetric productivity, optimally suited for temporary operation, rental and frequent start-up cycles with low eco-GWP;

— Integrated hydraulic module with GRUNDFOS VFD inverter pump and buffer tank, minimal external engineering infrastructure requirements and quick system commissioning.

— Microchannel condenser and EC fans with frequency control, stable operation at ambient temperatures up to 35°C, reduced thermal inertia and system response to ΔT changes.

Factory-ready equipment: built-in automation, tested hydraulic circuit and no need foron-site adjustment. Preparation for rapid integration, technical verification of 8 key parameters, a set of documentation and readiness for shipment were completed within 2 working days. As a result, the B2B dealer delivery took place without delay, and temporary operation was ensured in the required temperature range from the first start-up.

Final effect

This project clearly demonstrates how, in real-world B2B engineering business, the decisive factors are speed of response, trust between the parties, and a willingness to take responsibility for the outcome. 

The chiller was required as a proven, operational and immediately available HVAC engineering resource, without any risks to the B2B transaction and the end technological process at the food production facility in Denmark.

Key advantages of working with EVROPROM’s B2B segment:

— Warranty — extended warranty obligations for 12–36 months, depending on the type of configuration and operating scenario;

— Deadlines — preparation and transfer of equipment within 2 calendar days without disrupting logistics or affecting the customer’s B2C integration schedule;

— International practice — working with customers and B2B dealer networks in 60 countries, including urgent, rental and cross-border deliveries;

— Testing — mandatory verification of 8 key HVAC parameters with recording of results, eliminating risks during the first start-up of the equipment;

— Economics — the use of warehouse resources and OUTLET equipment allows CAPEX to be reduced by 50–80% compared to a new order for a project;

— Engineering experience — more than 1,000 B2B projects implemented in industry, food technology and permanent industrial cooling systems in 60 countries around the world.

For EVROPROM, this is not a one-off deal, but a standard working scenario: when a customer needs cooling now, with clear risks, confirmatory tests and real engineering support. This is how trust is built in dealer networks and sustainable partnerships in the international B2B segment in all aspects of cooling.

Contact EVROPROM for the optimal and economical solution:

🌐 evroprom.com
 📞 48 799 355 595
📥 sales@evroprom.com

Author of the article:
Svyatoslav Ovcharenko, Sales Manager

12.02.2025