**Large scale ice making system for harsh environments in the Middle East**
The extreme high temperatures in the Middle East during summer can reach over 50 ℃, and the scarcity of water resources and tight power supply are common constraints faced by the region. Compared to air conditioning systems that rely on continuous stable electricity and high water consumption, using ice cooling has irreplaceable practicality: flexible deployment, no need to rely on fixed and complex infrastructure; Rapid and direct physical cooling can be achieved by absorbing heat through the phase transition of ice; The melted water can also be used for dust suppression on the site, forming a resource loop. The traditional ice making method is often inadequate in such scenarios due to low production capacity, high failure rate under high temperature and high dust conditions, and astonishing water and electricity consumption.
CBFI launches a direct cooling ice block factory with a daily output of 800 tons. This solution is designed to address the dual challenges of resource constraints and extreme environments. It not only ensures a stable supply of massive ice blocks, but also achieves efficient and circular operation under water and electricity scarcity conditions through systematic technological integration.
**Key feature: Tailored for mission critical scenarios**
1. * * Ensuring a super large production capacity for deterministic supply**
*The system has the ability to stably produce 800 tons of ice cubes per day, with a single ice cube weighing 25-30 kilograms, solid texture, and slow melting. During peak activity periods, a continuous and sufficient supply of cooling ice can be ensured, directly supporting the concentrated cooling demand of over 2000 people per hour, effectively preventing and controlling the risk of heat related diseases that may arise from crowd gatherings.
*The production line adopts a scalable modular architecture, which can plan and flexibly adjust production plans in advance based on the exact schedule of large-scale religious activities, reduce operational load during non active periods, and optimize resource allocation.
2. Engineering reinforcement design adapted to high temperatures and resource shortages**
** * Operating reliability under extreme conditions * *: The core refrigeration system uses dual circuit compressors and special high-temperature refrigerants to ensure efficient refrigeration and continuous production of high-quality ice cubes even at an ambient temperature of 50 ℃.
*Resource intensive operation: Integrating intelligent variable frequency control and heat recovery technology, the overall energy consumption of the system is reduced by about 35% compared to conventional equipment, significantly reducing the load pressure on the power grid. Meanwhile, the optimized closed water circulation design greatly reduces the consumption of fresh water.
*Comprehensive protection against sand and dust environments: The equipment is equipped with multi-level air filtration and critical sealing systems to effectively resist sand and dust intrusion, ensuring the long-term durability and stable operation of core components in harsh outdoor environments.
3. * * Quantifiable full lifecycle economy**
*The highly automated design reduces the manpower demand for the entire process from ice making to warehousing by about 70%. Combining advanced energy-saving technologies and referring to local electricity prices in Saudi Arabia, it is expected to save nearly 120000 RMB in electricity costs per month.
*A rapid deployment solution based on pre installed modules can compress the on-site installation and debugging cycle to within 15 days. By cooperating with the remote intelligent diagnostic platform and localized service network, fault warning and rapid response can be achieved, fully ensuring uninterrupted operation of equipment during critical periods.
**Service support system that runs through the entire project**
We are committed to providing complete value chain support from initial assessment to ongoing operation:
1. * * Scenario based consulting and customized design * *: Conduct technical and economic feasibility analysis based on specific conditions such as event venue planning, local water and electricity supply capacity, and logistics routes, and tailor the optimal system configuration and implementation roadmap.
2. Localization Implementation and Capability Transfer: Dispatch a senior engineering team to complete on-site installation and commissioning, and provide comprehensive operation, maintenance, and emergency response training for local operation and maintenance personnel to ensure that the system is in the hands of customers.
3. * * Intelligent operation and transparent management * *: With the help of a cloud based IoT management platform, customers can access core data such as production capacity, energy efficiency, and equipment status in real-time anytime and anywhere, achieving refined and visualized asset management.
CBFI has over 20 years of project delivery and operation experience in the global industrial ice making industry, with a service network covering more than 70 countries and regions, and a deep understanding of the technological adaptation and resource challenges in different market backgrounds. Whether providing temporary peak support for major events or investing in the construction of regional permanent refrigeration infrastructure, we can provide fully validated, economically efficient, stable and reliable systematic solutions based on in-depth scenario insights.
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