Heat value control system

Core value: precise control, diversified adaptation, cost reduction and efficiency improvement
1. Heat value control accuracy leads the industry
– Adopting the independently developed dynamic blending algorithm and high-precision sensing system, the heat value control accuracy reaches ±1%, and can be improved to ±0.5% in key scenarios, ensuring the efficient and stable operation of terminal energy-consuming equipment.
– Supports the free combination and blending of natural gas, LPG, hydrogen, ammonia, nitrogen, air and various industrial associated gases (gas, blast furnace gas, coke oven gas, etc.), and the mixing ratio is adjusted from 0-100% according to user needs to adapt to the needs of complex energy structure.

2. Break energy dependence and improve economic efficiency
– For areas with high dependence on LNG imports, LPG and air are mixed to replace natural gas, breaking the traditional energy supply restrictions and realizing “flexible switching of low-cost gas sources and stable energy supply around the clock”.
– Mixing low calorific value associated gas (such as flue gas, blast furnace gas, coke oven gas, converter gas, and producer gas) in industrial production with pipeline natural gas and gaseous LNG/LPG can improve energy utilization and thermal efficiency by 10%-20%, and reduce annual comprehensive energy consumption by 5%-10% or more.

3. Pioneer of the hydrogen energy revolution: safety and efficiency are equally important
– As the main editor of China’s “Technical Specifications for Natural Gas Hydrogen Blending Stations”, Okay Energy advocates a hydrogen blending ratio of ≤20%, and has led the design, manufacturing, and commissioning of a large number of scientific and technological demonstration projects in China, providing a strong basis for the practical application of natural gas and hydrogen blending, and advocates transmission and distribution through the existing natural gas pipeline network to improve the safety and efficiency of hydrogen transportation and reduce the cost of hydrogen energy infrastructure.
– Cooperating with Tsinghua University to improve the key technology of hydrogen blending combustion, improve the uniformity of hydrogen and natural gas, increase combustion efficiency by 5%, reduce greenhouse gas emissions such as carbon dioxide, and promote the large-scale application of hydrogen energy.

Technical advantages: Full-chain innovation from laboratory to industrial scenarios
– Intelligent control platform: Automatic control and switching of multiple gas sources, real-time feedback system, dynamic adjustment of blending ratio, and response to gas source fluctuations and load changes.
– Modular design: Skid-mounted equipment supports rapid deployment and is compatible with new projects and existing pipeline network renovations.
– Safety redundancy design: Equipped with multiple gas concentration monitoring and emergency cut-off protection systems to ensure safe operation throughout the life cycle.

Global practice: Empowering green energy transformation
Okay Energy technology has been successfully applied in many fields in China:
-Steel industry: Steel plant coke oven coal and blast furnace gas blended natural gas project.
– Chemical park: Coastal LNG receiving station supporting blending system to achieve LPG/LNG dynamic peak regulation, reducing gas supply costs by 18%.
– Hydrogen energy community: China’s first provincial-level science and technology demonstration project for natural gas-hydrogen blended residential heating, with a hydrogen blending ratio of 20%.

Why choose Okay Energy? 
-In-depth integration of industry, academia and research: Maintain long-term strategic cooperation with Tsinghua University, China’s top university, and continue to break through the boundaries of blending technology.
– Full-process service capabilities: From gas source analysis, solution design, equipment delivery to digital operation and maintenance, we provide one-stop turnkey projects.
– Compliance and foresight: The technical solution complies with ISO international certification, China’s “dual carbon” goals and other global standards, and has a national patent for natural gas blending with hydrogen, which is adapted to the evolution of future energy policies.
Empirical economic returns: An average of 3 years to recover investment, and some projects can achieve profitability in as fast as 18 months

Take action now to unlock new possibilities for energy upgrades!
Whether it is to reduce import dependence, absorb industrial waste energy, or lay out the hydrogen economy, Okay Energy uses precise, safe and flexible calorific value management technology to help you seize the green competition opportunity.

Okay Energy-maximize the value of every energy!