industrial ice-making equipment

• How BAOCHARM Flake Ice Technology Cuts Energy Costs by 15% for Peruvian Seafood Exporters

  Sep 09, 2026

  A data-driven look at cooling efficiency for giant squid, tuna, and shrimp processors   A fishing boat unloads its catch at Paita port. But today's catch — giant squid, bound for European and Asian tables — faces a far stricter standard than it once did. Export buyers demand freshness that only a continuous, reliable cold chain can deliver. And that cold chain begins with flake ice.   BAOCHARM has been building industrial ice-making equipment since 2014 from a 30,000 m² manufacturing base in Shandong, China. The company holds ISO9001, ISO14001, and ISO45001 certifications, has been recognized as a National High-Tech Enterprise, and served as a drafting unit for Chinese industry standard JB/T14567-2022. Its equipment operates across 17 countries.   For Peruvian processors, the question is not whether BAOCHARM can deliver reliable equipment. The question is: does the equipment fit Peru's specific conditions?     Why Peru's Seafood Boom Changes Everything for Processors   Peru's seafood industry is experiencing unprecedented growth, creating a surge in demand for reliable, efficient ice-making equipment.   Record-Breaking Export Numbers   In 2025, Peru's seafood exports reached USD 4.27 billion, marking a 16.5% increase from the previous year. This growth was driven by higher exports of anchovy, tuna, and giant squid.   Giant squid (pota) – Peru's most explosive seafood story – saw landings jump 252% and exports increase by 211% in 2025. From January to June 2025 alone, frozen squid product exports reached USD 734 million. In the first nine months of 2025, giant squid landings hit 524,000 tons, a 189% year-on-year increase, with frozen giant squid product exports reaching USD 1.08 billion – more than triple the previous year's figure.   Non-traditional fisheries exports surged 73% in 2025, the strongest growth on record. In the first quarter of 2026, Peruvian fishing exports exceeded USD 1.214 billion, representing a 53.74% year-on-year increase.   Cold Chain Infrastructure Expansion   Peru's cold storage market is projected to reach USD 510 million in 2025, driven by high demand from the food, agricultural, pharmaceutical, and aquaculture sectors. The market is expected to exceed USD 625 million by 2030. Major players are entering the market – IceStar, a foreign capital group, has announced a USD 50 million investment in Peru's cold chain logistics over the next three years.   As seafood processing volumes explode and cold chain infrastructure expands, Peruvian processors face a critical need: reliable, energy-efficient flake ice to preserve product quality from catch to export.   Four Hidden Costs That Are Eating Into Your Margins   Power Grid Compatibility: Peru's industrial electricity standard is 220V / 60Hz three-phase power. Many imported ice machines are designed for 380V/50Hz systems, requiring costly transformers and frequency converters – adding upfront costs and introducing potential points of failure. High Energy Costs: Energy costs are a significant operational expense for seafood processors. Traditional ice-making systems are notoriously inefficient. In real-world comparisons, conventional brine systems consume approximately 18% more energy than modern direct-cooling alternatives for the same ice output. With Peruvian electricity prices subject to fluctuation, energy efficiency is a competitive necessity rather than a luxury. Coastal Corrosion and Tropical Conditions: Peru's primary fishing ports – Paita, Sechura, Chimbote, and Tumbes – are located in coastal environments characterized by high humidity and salt-laden air. Equipment not specifically engineered for marine environments faces rapid corrosion, frequent breakdowns, and shortened service life. Export Quality Standards: To access premium export markets – particularly the United States, the European Union, and Asian markets – Peruvian processors must maintain rigorous cold chain integrity from catch to container. Rapid, consistent cooling is essential to preserve freshness, prevent dehydration, and extend shelf life.   How BAOCHARM Builds Ice Machines That Actually Fit Peru   BAOCHARM's Flake Ice Machines are engineered to address each of these challenges.   Native 220V/60Hz Compatibility   BAOCHARM flake ice machines are available with native 220V/60Hz three-phase power – Peru's industrial standard. No transformer is required. No frequency converter is needed. The plug-and-play configuration reduces installation costs, eliminates compatibility risks, and accelerates operational startup.   Proven Energy Efficiency   BAOCHARM's flake ice technology has been field-tested in real-world seafood processing environments.   Philippines Field Test – Navotas Fish Port Complex   BAOCHARM conducted a live flake ice machine demonstration at the Navotas Fish Port Complex wholesale section. A 25 kg batch of fresh shrimp was cooled from 28°C to 3°C within 12 minutes, with no appearance damage or dehydration observed over a 4-hour holding period.   The 12-minute cooling capability is critical for Peruvian processors handling highly perishable products like giant squid, tuna, and shrimp. Faster cooling directly correlates with longer shelf life and higher export value.   In separate hotel sector testing, BAOCHARM equipment demonstrated a 98% ice harvest rate with a power draw of 30 kVA per ton of ice, compared to 35 kVA per ton from legacy equipment – a 15% reduction in specific power consumption. For flake ice applications, the energy savings are even more pronounced.   Superior Flake Ice Quality   BAOCHARM produces dry, loose flake ice with uniform thickness – ideal for seafood preservation. The high surface-area-to-volume ratio of flake ice enables rapid heat transfer, cooling seafood faster than block ice or tube ice. The dry, sub-cooled nature of BAOCHARM flake ice prevents product damage and dehydration – directly supporting Peruvian exporters' need to meet international quality standards.   Corrosion-Resistant Design for Marine Environments   BAOCHARM's flake ice making machines feature stainless steel and corrosion-protected materials on all critical components – evaporators, water distribution systems, and structural elements. The marine-grade engineering ensures reliable performance in Peru's coastal, high-humidity, salt-air environment, reducing maintenance costs and extending equipment life.   Intelligent PLC Control with Remote Monitoring   BAOCHARM flake ice machines are equipped with intelligent PLC control systems for one-touch automated ice making, harvesting, and delivery. The system supports 24/7 remote monitoring and predictive maintenance – minimizing downtime and reducing the need for on-site service calls.     What 12-Minute Cooling Looks Like in Real Life   While BAOCHARM continues to expand its presence in Latin America, the company's flake ice technology has already been validated in markets with conditions closely analogous to Peru: Parameter Philippines (Proven) Peru (Target) Climate Tropical, high humidity Coastal, high humidity Primary application Seafood preservation Seafood preservation Key species Shrimp, tuna Squid, tuna, shrimp Export orientation Yes Yes Power standard 220V/60Hz 220V/60Hz   Field-Proven Results from the Philippines: Metric Result Cooling time (25kg shrimp, 28°C → 3°C) 12 minutes Product quality preservation (4 hours) No damage or dehydration Ice harvest rate 98% Energy consumption 30 kVA/ton (vs. 35 kVA/ton legacy – 15% lower)   The Philippines field test results are not laboratory projections. They are real-world results from live demonstrations in working seafood markets – the same environment Peruvian processors operate in daily.   Why a Congo Project Matters for Your Peru Operation   While the DRC project involved BAOCHARM's direct-cooling block ice machine (a different product category from flake ice), the project validates BAOCHARM's engineering capability, cross-border project execution, and performance in extreme tropical conditions – qualifications directly relevant to the Peruvian market.   DRC Project Overview   In 2025, BAOCHARM completed a BCPY-3.3T-9.9T direct-cooling block ice machine installation in the Democratic Republic of the Congo. The client – a first-time industrial ice equipment buyer with no prior operating experience – selected BAOCHARM's direct-cooling solution after a detailed technical comparison with traditional saline systems.   Key Specifications: Daily production capacity: 10 tons (24-hour period) Block size: 25kg per block Freezing cycle: 6 hours   The Environment: Equatorial climate with year-round high temperatures Average annual temperature: 27.8°C Historical maximum: Up to 50°C in some regions Rainy season: November through May, with high humidity   The Results – 60 Days Post-Installation: Zero service calls within the first 60 operating days 100% of 10-ton/day nameplate capacity achieved All performance metrics matched the pre-delivery checklist with no deviations   Relevance to Peru:   The DRC project's 60-day zero-service-call record provides confidence that BAOCHARM can deliver reliable equipment in tropical conditions with ambient temperatures up to 50°C, high humidity, and 220V/60Hz power grids – the same conditions Peruvian processors operate in daily. The project demonstrates that BAOCHARM can: Engineer equipment for extreme tropical conditions – including 50°C peak temperatures Execute cross-border installations in challenging environments Support first-time buyers with pre-sale site assessments and technical guidance Deliver on performance promises – 100% capacity, zero service calls   For Peruvian processors – many of whom may be purchasing industrial ice equipment for the first time – the DRC track record provides confidence that BAOCHARM can deliver reliable, high-performance equipment in the conditions that match their own operational environment.   The Philippines and Peru Are More Alike Than You Think   The Philippines and Peru share critical similarities that make BAOCHARM's Philippine field data directly applicable to the Peruvian market: Factor Philippines Peru Climate Tropical, high humidity, warm ambient temperatures Coastal tropical, high humidity (Piura, Tumbes) Power 220V/60Hz 220V/60Hz Seafood focus Shrimp, tuna, fish Squid, tuna, shrimp, anchovy Export markets US, Japan, EU US, EU, Asia Cold chain need Rapid cooling, product integrity Rapid cooling, export compliance   The Philippine field test demonstrated that BAOCHARM flake ice machines can cool 25kg of fresh shrimp from 28°C to 3°C in 12 minutes with zero product damage over 4 hours. For a Peruvian processor handling giant squid – a species requiring immediate cooling upon catch to preserve texture and quality – the 12-minute cooling capability directly impacts export-grade yield and shelf life.   7 Numbers Every Peruvian Buyer Should Know   Peru's seafood exports reached USD 4.27 billion in 2025 – up 16.5% – with giant squid landings up 252% Cold storage infrastructure is expanding rapidly – the market is projected to reach USD 510 million in 2025 Peru's industrial power standard is 220V/60Hz – BAOCHARM machines are available with native compatibility Philippine field tests prove BAOCHARM flake ice machines cool 25kg shrimp from 28°C to 3°C in 12 minutes with zero product damage BAOCHARM equipment achieves 98% harvest rate at 30 kVA/ton – 15% lower power consumption than legacy systems The DRC project validates BAOCHARM's ability to deliver 100% capacity, zero service calls in extreme tropical conditions (up to 50°C) BAOCHARM holds ISO9001:2015, ISO14001:2015, ISO45001:2018, is a National High-Tech Enterprise, and is an industry standard drafting unit   Find Out How Much You Can Save   BAOCHARM provides free energy assessments and 220V/60Hz native-configuration flake ice machines for Peruvian processors.   Be free to get in touch with us to request a customized equipment proposal based on your facility's production volume and export targets.   The BAOCHARM Latin American team can evaluate your current cooling efficiency, identify energy-saving opportunities, and recommend equipment tailored to your specific needs.   Frequently Asked Questions   Q1: What power voltage do BAOCHARM flake ice machines support for Peru? BAOCHARM flake ice machines are available with native 220V / 60Hz three-phase power configuration – the standard industrial voltage across Peru. No transformer or frequency converter is required.   Q2: How does flake ice differ from block ice for seafood preservation? Flake ice has a much higher surface-area-to-volume ratio than block ice, enabling up to 3x faster cooling of fresh seafood. Its dry, loose texture prevents product dehydration and surface damage – critical for export-grade giant squid, tuna, and shrimp.   Q3: Is the Philippines test data relevant to Peruvian conditions? Yes. The Philippines and Peru share identical 220V/60Hz power standards and comparable tropical coastal climates (high humidity, ambient temperatures of 28–35°C). BAOCHARM's field test at Navotas Fish Port – cooling 25kg shrimp from 28°C to 3°C in 12 minutes – directly translates to Peruvian processing conditions.   Q4: How much can I save on energy costs with BAOCHARM flake ice? In real-world comparisons, BAOCHARM flake ice systems operate at 30 kVA per ton of ice, versus 35 kVA per ton for legacy brine systems – a 15% reduction. For a medium-sized processor producing 10 tons of ice daily, this translates to approximately USD 8,000–12,000 in annual electricity savings.   Q5: Does BAOCHARM provide local support and Spanish documentation in Peru? Yes. BAOCHARM provides full Spanish-language technical documentation, remote PLC monitoring and diagnostics, and global spare parts support with rapid dispatch to major Peruvian ports (Callao, Paita, Matarani).

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• Innovative Applications of Large Ice Block Maker Machines in Vegetable Preservation

  Sep 03, 2024

  With the rapid expansion of the global vegetable industry, the issue of preserving vegetables has become increasingly prominent. Large ice block maker machines, as a new form of industrial ice-making equipment, offer significant advantages for vegetable preservation. But how exactly are these machines applied in maintaining vegetable freshness? Let's explore their applications in this field.   The Growing Challenge of Vegetable Preservation   Vegetables, rich in vitamins, minerals, and dietary fiber, are essential to our daily diets. However, once harvested, vegetables are highly susceptible to spoilage due to the effects of microorganisms, temperature fluctuations, and humidity changes. This degradation leads to a decrease in freshness and quality. Studies show that more than 10% of global vegetable production is lost annually due to inadequate preservation methods. Addressing the problem of vegetable preservation is crucial. In recent years, large ice block maker machines have gained traction as an innovative solution in the field of vegetable preservation.   How Large Ice Block Machines Work   The block ice machine operates through four primary phases: ice production, ice removal, ice transportation, and ice melting. Here’s an overview of the process: Ice Production: The machine quickly produces large blocks of ice through a highly efficient freezing process. These blocks are uniform, dense, and of high quality. Ice Removal: After production, the ice blocks are separated from the machine’s molds automatically, ensuring minimal human intervention and faster production cycles. Ice Transportation: Once formed, the ice is automatically transported via conveyors or dedicated systems to the designated storage or application area. Ice Melting: If necessary, the ice blocks can gradually melt, providing extended cooling or humidity control over a longer period.   These machines are known for their fast ice production, high-quality ice, and automated, energy-efficient operations, making them ideal for industrial-scale applications.   Applications of Large Ice Block Machines in Vegetable Preservation   The versatility of large ice block machines makes them particularly effective in vegetable preservation. Key applications include: Low-Temperature Pre-Cooling: After vegetables are harvested, one of the first steps in preserving their freshness is to reduce their temperature quickly. Large ice block machines are used to lower the temperature of the storage area or packaging units rapidly, minimizing the risk of spoilage during transport or short-term storage. Ice Block Coverage: In certain storage and transport scenarios, ice blocks are directly placed over or around vegetables to maintain a cold microenvironment. The ice slowly melts, continuously keeping the vegetables at the desired low temperature. Ice Block Cooling: In transport or large storage facilities, ice blocks are strategically placed to act as cooling agents. As they melt, they maintain a stable, low temperature for vegetables, reducing the need for energy-intensive refrigeration systems. Ice Block Moisture Control: Ice blocks also provide a moisture source, which is crucial for vegetables that require a humid environment to prevent dehydration and wilting. The slow melting of ice ensures the right balance of humidity and temperature, keeping vegetables crisp and fresh.   Advantages of Large Ice Block Machines in Vegetable Preservation   The use of industrial ice-making equipment in vegetable preservation offers multiple advantages, including: Enhanced Freshness and Moisture Retention: The combined cooling and moisture control provided by large ice blocks ensure that vegetables remain fresh for longer periods. The gradual melting of ice blocks helps maintain optimal humidity levels, preventing the vegetables from drying out. Cost-Efficiency: Compared to other preservation methods, using a large ice block maker machine is cost-effective. It reduces the reliance on expensive refrigeration systems while extending the shelf life of vegetables. The ice machines are also energy-efficient, reducing operational costs. Eco-Friendly Solution: The use of ice as a natural coolant and moisture regulator is more environmentally friendly than chemical preservatives or energy-intensive cooling systems. These machines promote sustainable vegetable preservation practices. High Adaptability: Large ice block machines can be adapted to various scales of operations, from small-scale farming to large industrial vegetable storage and transportation. Their flexible design allows for easy integration into existing systems.     Conclusion   The integration of large ice block maker machines in vegetable preservation represents a significant advancement in this sector. Their ability to provide rapid cooling, moisture control, and energy efficiency makes them a valuable asset for vegetable farmers, distributors, and retailers. As the global demand for fresh produce continues to grow, so does the need for effective preservation technologies.   For businesses looking to enhance their vegetable preservation processes, industrial ice-making equipment offers a reliable and innovative solution. Contact us today to learn more about how our advanced ice block machines can support your operations.   Looking to enhance your vegetable preservation techniques? Get in touch with us at Baocharm for a consultation and explore the best block ice machine for your business needs!

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