Kaken Geneqs Co., Ltd. Product Lineup

The "KPN-M/P" is a nitrogen generation device that can easily extract nitrogen with a purity of up to 99.99% from the air. Using a special membrane, the nitrogen separation membrane method "KPN-M" can efficiently produce high-purity nitrogen gas (95% to 99%). Additionally, the "KPN-P," which employs the PSA method suitable for generating large volumes of high-purity nitrogen, can easily produce high-quality nitrogen gas (99% to 99.99%) with the push of a single switch. 【Features】 <KPN-M> ■ Fully automatic and easy operation: Efficient operation without the need for complicated management ■ Compact design: Significantly reduces installation space ■ Generates high-purity, low dew point gas: Achieves a low dew point below -40°C DP depending on conditions ■ Adjustable functions according to application: Flexibly adjusts the flow rate and purity of nitrogen gas ■ Achieves low price: Maintains high quality while offering industry-leading low prices *For more details, please download the PDF or feel free to contact us.

Pressure Swing Adsorption Method: The PSA method utilizes the adsorption characteristics of molecular sieve carbon, which, when pressurized in an adsorption tower, adsorbs smaller oxygen molecules while separating nitrogen molecules. - A compact system design that thoroughly pursues low cost - Easily produces high-quality nitrogen gas (purity 99% to 99.99%) with the push of a button - Compared to membrane-type nitrogen generation systems, a nitrogen gas flow rate of 10 Nm³/h or more is a guideline.

In the food industry, it is important to maintain the freshness of products and uphold quality. Particularly for foods that are prone to deterioration when exposed to oxygen, appropriate gas replacement for freshness preservation is essential. Improper gas management can lead to discoloration, flavor degradation, and a decline in quality. Our PSA method nitrogen generation system produces high-quality nitrogen gas at a low cost, contributing to the preservation of food freshness. 【Application Scenarios】 - Food packaging - Food storage - Food processing 【Benefits of Implementation】 - Preservation of food freshness - Extension of shelf life - Reduction of food waste

In the electronic components industry, preventing oxidation during the manufacturing process is crucial for maintaining product quality. Especially for precision electronic components, it is essential to prevent performance degradation and the occurrence of defective products due to oxidation. Manufacturing in inappropriate environments can shorten product lifespan. Our PSA method nitrogen generation system provides a stable supply of high-quality nitrogen gas, contributing to improved product reliability by suppressing oxidation. 【Usage Scenarios】 - Electronic component manufacturing process - Semiconductor manufacturing process - Substrate manufacturing process 【Benefits of Implementation】 - Improved product quality - Reduced defect rate - Extended product lifespan

In the rubber industry, the use of nitrogen gas in the vulcanization process is crucial for balancing product quality and production efficiency. In particular, preventing oxidation during vulcanization and ensuring uniform heat conduction significantly impact the durability and appearance of the products. Inadequate nitrogen gas supply can lead to a decline in product quality and an increase in defective products. Our PSA method nitrogen generation system provides a stable supply of high-quality nitrogen gas at a low cost, contributing to solving challenges in the vulcanization process. 【Usage Scenarios】 - Vulcanization process of rubber products - Processes requiring oxidation prevention - Processes where quality control is important 【Benefits of Implementation】 - Improvement in product quality - Reduction in defective products - Increase in production efficiency

In the agricultural sector, it is important to maintain the freshness and quality of harvested products during storage. In particular, oxidation and decay caused by oxygen are significant factors that greatly diminish the value of agricultural products. By supplying high-quality nitrogen gas and reducing the oxygen concentration in storage facilities, we contribute to preserving the freshness and maintaining the quality of agricultural products. Our PSA method nitrogen generation system produces high-quality nitrogen gas at a low cost, helping to solve challenges in the agricultural sector. 【Usage Scenarios】 - Storage facilities for agricultural products - Maintaining the freshness of vegetables and fruits after harvest - Long-term storage of seeds 【Benefits of Implementation】 - Reduction of waste loss due to preservation of agricultural product freshness - Increased brand value through the provision of high-quality agricultural products - Reduction of storage costs

In the food packaging industry, maintaining food quality and extending shelf life are important challenges. In particular, oxygen within the packaging promotes food oxidation and spoilage, leading to a decline in quality. Improper gas replacement can result in food discoloration and flavor deterioration. Our PSA method nitrogen generation system provides a stable supply of high-quality nitrogen gas at a low cost, contributing to solving challenges in food packaging. 【Usage Scenarios】 - Gas filling in food packaging - Prevention of food oxidation - Extension of shelf life 【Benefits of Implementation】 - Preservation of food quality - Extension of shelf life - Improvement in customer satisfaction

In the oil industry, atmosphere control using inert gases is essential to reduce the risk of explosions and fires during the storage and handling of flammable substances. It is particularly important to lower the oxygen concentration in storage tanks to ensure safety. Nitrogen gas is widely used as the optimal inert gas for these applications. While procuring and managing nitrogen cylinders can be labor-intensive and costly, our nitrogen generation system, 'KPN-M/P', offers both PSA and membrane separation methods tailored to customer needs, generating high-purity nitrogen gas from the air to address these challenges. 【Application Scenarios】 - Inerting of oil storage tanks - Ensuring safety in oil refining processes - Purging of flammable gases 【Benefits of Implementation】 - Stabilization of nitrogen gas supply - Cost reduction (savings on cylinder purchase, transportation, and management costs) - Improved safety (reduction of explosion and fire risks)

In the fields of research and experimentation, there is always a demand for improved reproducibility and accuracy of experiments. In particular, the use of nitrogen gas, an inert gas, is essential in reactions and analyses. The management and cost associated with nitrogen cylinders pose challenges. The nitrogen generation system 'KPN-M/P' addresses these issues and supports research activities. 【Application Scenarios】 - Chemical experiments - Analysis - Experiments requiring a gas atmosphere 【Benefits of Implementation】 - Stabilization of nitrogen gas supply - Cost reduction - Improvement of experimental environment