Zenox Gas Systems

🔥 Firozabad India Glass Workshops: Beauty… & Risk Molten glass glows. Craftsmen shape fire. But oxygen cylinders dangerously close? One spark could be disaster. 📦 Cylinders crowd the floor Tight spaces. Heavy loads. Non-stop production. Convenience becomes risk. The Zenox Solution 💡 Innovation with Purpose 4 years ago, Zenox installed 3 PSA Oxygen Plants right inside Firozabad — for safety, dignity, and self-reliance, not just sales. Real Impact ✅ Cylinder-free & fire-safe Jagadamba Glass, Shyam Glass, Vishesh Glass — all thriving with steady, safe oxygen straight to the lines. 🌟 True progress isn’t just technology It’s helping people breathe safer around the fire they master so well. 💠

In compressor-driven PSA oxygen/nitrogen generators, the traditional use of a service factor as a fixed safety margin ensures reliability but often results in excessive power consumption, especially in plants with variable oxygen demand. For example, the Zenox OA SS 200 (12 Nm³/hr) model, paired with an 11 kW screw compressor, has a service factor that pushes real-world power consumption to about 15 kW per hour, causing a specific power consumption around 1.2 kW/Nm³. These overhead masks the true efficiency of the system. If this service factor were dynamically optimized to better align with actual demand, the excess power consumption could be significantly reduced. The next generation of compressor technology, exemplified by Elgi’s patented dynamic models, adjusts compressor delivery in real time according to plant requirements. This dynamic adjustment stabilizes airflow, minimizes surplus oxygen generation, reduces mechanical wear, and extends compressor life. At Zenox, the upcoming version of the OA SS 200 will be paired with an 11 kW demand = supply patented Elgi compressor designed for fine-tuned matching of oxygen supply to demand. This innovation is expected to lower specific power consumption to single-digit levels (estimated around 0.8 kW/Nm³ @ 94% purity at 4 bar output pressure), drastically cutting energy costs while maintaining operational safety and reliability. Comparison Graph Explanation The graph below shows the comparison between the current OA SS 200 model and the next-generation version: Here is the power consumption comparison of three PSA oxygen generator setups producing 12 Nm³/hr: Existing PSA models producing 12 M3/hr using a 15 kW compressor with a service factor that pushes real-time consumption to 19 kW. Zenox OA SS 200 producing 12 M3/hr using an 11 kW compressor, with service factor leading to 15 kW real-time consumption. Zenox OA SS 200 producing 12 M3/hr using Elgi's demand= supply 11 kW compressor, optimized to 10.8 kW real-time power consumption. The Zenox OA SS 200 models demonstrate significantly better efficiency compared to the existing PSA, with the version using Elgi's demand = supply compressor optimized to 10.8 kW real-time power consumption achieving the lowest specific power of 0.8 kW per M3/hr, which is a substantial improvement over the other two models. This shows the advantage of optimized compressor integration in reducing power consumption for the same oxygen output.

Zenox MBVD isn’t just an upgrade—it’s a wake-up call. 🚨 “Breaking the 12:1 Barrier – The Future Runs on Zenox.” 🚨 In gas generation, efficiency is measured by one simple truth: the air-to-product ratio, size doesn’t matter—design does. Be it a small PSA unit for healthcare or a large tonnage plant for industry, the core technology stays the same. At Zenox, we engineer performance into every scale—efficiency, reliability, and savings are built into the design, not the size. For decades, the industry accepted 12:1 for oxygen and 5:1 for nitrogen as the gold standard. Reliable, yes—but costly in terms of compressor load, energy consumption, and sustainability. At Zenox, we asked: Why settle for “benchmarks” when they can be broken? With MBVD technology, we’ve redefined the equation: ✅ Oxygen at 94% purity, 4.1 bar → 8:1 ratio ✅ Nitrogen at 99.99% purity, 6 bar → 4.7:1 ratio This means less air, less power, and more value for every cubic meter produced. Take our OA SS60 model—running on just a 4kW compressor, delivering 60 LPM oxygen even under Chennai’s high heat (35°C+) and humidity (90%+). A real-world 8:1 air-to-oxygen ratio, not just lab numbers. 💡 The takeaway: Efficiency is no longer about meeting the standard. It’s about setting the new one. 👉 Zenox MBVD isn’t just another technology—it’s a wake-up call for energy-conscious gold mining industries, hospitals, metal cutting industries and other businesses.

📊 Case Study: Energy-Efficient Medical Oxygen Production Fatima Hospital, Gorakhpur Project Overview (Getting ready for installation) Fatima Hospital installed the Zenox OA SS 900 – Super Saver Model to meet growing medical oxygen demand while controlling rising energy costs. ⚙️ System Performance (Post-Installation) Oxygen Output: 50 m³/hr Purity: Consistent 94% medical oxygen Delivery Pressure: 4.0–4.5 bar Compressor Power: 45 kW 🔌 Energy Consumption Analysis Before (Conventional PSA – Industry Typical): Typical power required for 50 m³/hr PSA: 55–65 kW Average energy consumption: 1.15–1.30 kWh per m³ of O₂ Daily operation (20 hrs): Power consumption ≈ 1,150–1,300 kWh/day After (Zenox OA SS 900 – Super Saver Model): Installed compressor power: 45 kW Optimized PSA cycle consumption: ~0.90 kWh per m³ of O₂ Daily operation (20 hrs): Power consumption ≈ 900 kWh/day 💰 Energy & Cost Savings (Indicative) Daily energy saving: 👉 250–400 kWh/day Monthly saving (30 days): 👉 7,500–12,000 kWh Annual saving: 👉 90,000–1,44,000 kWh At typical commercial tariffs, this translates into significant OPEX reduction year after year, with no compromise on purity or pressure stability. 🧠 Why Zenox Performs Better ✔ Lower compressor power for the same output ✔ Efficient adsorption–regeneration balance ✔ Minimal oxygen venting during low demand ✔ Stable pressure avoids energy losses ✔ Reduced heat load → longer equipment life 🎯 Key Takeaway This case proves that energy efficiency in PSA systems is not about downsizing output—it’s about intelligent design. The Zenox OA SS 900 delivers higher productivity per kW, making it a future-ready solution for hospitals focused on reliability, sustainability, and cost control. #CaseStudy #EnergyEfficiency #MedicalOxygen #PSATechnology #HospitalInfrastructure #OPEXReduction #Zenox #SuperSaverModel #SustainableHealthcare #EngineeringInnovation

🌟 Opportunity Alert! 🌟 Zenox is looking to partner with experienced and Sales driven Agents to promote our cutting-edge High-End PSA Oxygen/Nitrogen Generators across key markets. If you have a strong network in the medical or industrial gas sector and are passionate about technology that delivers reliability and savings — we’d love to hear from you! 📩 Connect with us: [email protected] | [email protected] Let’s grow together and bring innovation to more customers worldwide! #Zenox #SalesOpportunity #PSAOxygenGenerator #MedicalTechnology #HealthcareInnovation #IndustrialGases #DistributorWanted #BusinessOpportunity #GasGeneration #PartnerWithUs #JoinOurNetwork

Someone recently pointed out — “This plant belongs to another company.” Absolutely. We were the subcontractor. But let’s be clear: Subcontracting is not menial — it’s trust. It means we’re capable enough to deliver on someone else’s reputation. Zenox recently delivered a 6 TPD PSA Oxygen Generator for an overseas client. The end customer conducted the FAT — and rated us 200% on quality & workmanship. Our journey speaks for itself: Assembler → Service Provider → Subcontractor → Global OEM Every step a launchpad. Every project a proof point. Zenox — From Support to Success. From Learning to Leading. 📩 Looking for world-class PSA Oxygen & Nitrogen solutions? Let’s build success together.