M-Cycle Research, Technology and Industry Worldwide

06/08/2026

06/08/2026

MMM-CYCLE: MAISOTSENKO, MILLER, DUAL
Maisotsenko Сycle (M-Сycle) is an innovative concept for cooling and power plants plus for construction of new cycle configurations.
Finite-time thermodynamic modelling and optimization for irreversible Maisotsenko-Atkinson, Dual and Miller cycles

Appling finite-time-thermodynamics and combing with M-Cycle concept, establishment of three models for irreversible M-Atkinson-cycle, irreversible M-Dual-cycle and irreversible M-Miller-cycle with internal irreversibility, friction-loss, and heat-transfer loss is performed. Power-output (P) and thermal-efficiency (η) of the three irreversible M-Cycles are analyzed and optimized, the maximum P and the corresponding pressure-ratio and η, the maximum η and the corresponding pressure-ratio and P, and optimum pressure-ratio ranges are yielded. Comparative analyses with conventional irreversible Atkinson-cycle, irreversible Dual-cycle, and irreversible Miller-cycle are also performed. Results include those of three endoreversible M-Cycles and reversible M-Cycles, and show that for three irreversible M-Cycles, both P and η at any pressure-ratio are much higher than those of the corresponding three conventional irreversible cycles, and irreversible M-Cycle performances are superior to those of the corresponding three conventional irreversible cycles.

The Journal of Non-Equilibrium Thermodynamics is a quarterly, peer-reviewed academic journal published by De Gruyter Brill. It bridges science and engineering, focusing on transport processes, entropy production, and non-equilibrium phenomena across macro- and nano-level systems.

The need for such a paper about the M-Power cycle was extremely desperate. The M-Power cycle, canceling the inefficient and non-ecological 200 year period of the world energy industry, unchanged since 1824 & Sadi Carnot, deserves more technicians' and power managers' attention. Symbiosis using renewable energy and fossil fuel through the M-Power cycle gives the opportunity to vastly elevate ecological safety and also thermal efficiency to more than 2 times of any traditional heat power system.
We appeal to you with a request to analyze this article and give your comments, recommendations, and wishes, considering your professional interests and experience in the energy sector. Moreover, the M-Power Cycle offers not only a new thermodynamic concept of energy production, but also fundamentally new wet processes of fuel combustion and heat recovery which are so important for producing power.
The wide involvement of specialists in this field will also help accelerate the implementation of the M-Power Cycle in the market and reduce fuel and environmental stress on our Planet, where today there is an energy crisis and environmental pollution. But thanks to the thermodynamic scientific breakthrough in energy through the M-Power Cycle the supposedly utopian world of obtaining unlimited clean energy from the air is becoming a reality.

Maisotsenko Thermodynamic Cycle (M-Cycle) is fundamentally different and therefore changes or improves everything known and developed in last 200 years, it is new physics, or more accurately- better understanding of it, and more importantly- better practical applications!
Example we site often: going from horse to engine, and now- from engine to M-Cycle!

05/31/2026

M-CYCLE AND M-MANUFACTURING
an exclusive 17th-anniversary special webinar on “𝘽𝙤𝙧𝙙𝙚𝙧𝙡𝙚𝙨𝙨 𝙈𝙖𝙣𝙪𝙛𝙖𝙘𝙩𝙪𝙧𝙞𝙣𝙜”, where global industry leaders discuss how OEMs are building connected manufacturing ecosystems that span geographical boundaries
The first session of the webinar explored how manufacturers are adapting to distributed production models, building resilient cross-border supply chains, maintaining quality and compliance across global operations, and leveraging automation and digital technologies to improve efficiency, agility, and long-term manufacturing strategy.
We are Air To MC2 International deeptech R&D startup active in MENA and able to propose principally new HVAC products including 3D-plastic-printed air conditioner. Our team was happy to share our International experience related to prototyping and manufacturing.
Our strategic target 2028 next to successful research, development, and design of innovative customized systems based on proprietary Maisotsenko Cycle, M-Cycle technology is manufacturing of climate control and thermal management projects tailored for our corporate B2B customers.
Manufacturing for deeptech Startups is mostly Prototyping on technology development stage (TRL 3-5) and Low-Rate Initial Production (LRIP) on product stage (TRL 5+).
M-Cycle Journey by Dr. Prof. Valeriy Maisotsenko and his team got started from the first patent in 1967 (almost 50 years ago) featuring USSR, Australia, United States, Russia, UAE, Saudi Arabia, and China.
Our recent journey in MENA region
UAE – Dubai Future Accelerators (Area 2071) 2020 and In5 Tech (Dubai Design District) 2022
Saudi Arabia – KAUST 2023 and KACST Industry 4.0 2024
KAUST
KAUST Core Labs, a system of multidisciplinary, interconnected laboratories located on the University's campus. Its mandate is to promote the scientific ambitions of KAUST and the Kingdom of Saudi Arabia by stewarding and developing state-of-the-art facilities and technical expertise. Outstanding Core Labs scientists, engineers and technicians provide research support, training, collaboration and services, enabling discovery for the Kingdom and the world.
The Prototyping Core Lab: Supporting innovation and creativity in KAUST and the Kingdom
KACST
The KACST Industry 4.0 Center (Advanced Manufacturing Center) in Riyadh, Saudi Arabia, accelerates digital transformation for the industrial sector. Hosted at King Abdulaziz City for Science and Technology, it offers prototyping, training, and strategic consultation to help factories adopt cutting-edge technologies and advance Saudi Vision 2030 goals.
Core Services:
Technology Adoption
Prototyping & Testing
Consulting
Training & Development
Financial Support
Webinar speaker: Alexey Polyakov
Co-founder, General Manager of Air To MC2
Graduated from Moscow State Technical University (1995), Engineering Systems; President’s managerial program (2004), Strategic Management; MBA Financial Management degree (2011). Trained in the UK (TACIS MTP program, property development, 2005); in Japan (IT infrastructure and smart city, 2015) and in USA (energy efficiency in construction, SABIT program, 2016).
Since 2009 cofounder, chairman, board member of the Russian Green Building Council (GBC Russia). A prominent public speaker, moderator and expert on technology and innovation. Published 200+ interviews, expert articles and comments on green building, smart city and sustainable development.
Participated: 2020 Dubai Future Accelerators with Maisotsenko Cycle for innovative cooling challenge for Dubai Roads and Transport Authority; 2023 KAUST Destination Deep Tech; ShenTech Boot Camp 2024 by KAUST Innovation Hub in Shenzhen, China.
Air To MC2 is a R&D startup by Dr., Prof. Valeriy Maisotsenko who since early 1970's discovered practical application to utilize air as low-cost renewable source of energy (potential energy from latent heat) and created singular omni-applicable solution.
Maisotsenko Cycle, M-Cycle:
Alternative in renewable energy, deep-tech using the power of science to revolutionize air conditioning, heat recovery, water harvesting and the highest impact in sustainability, tackling climate change and potential in energy and power generation, affordable to all.

05/15/2026

M-CYCLE AND GYROID
gyroid-based heat and mass exchangers are advanced, additive-manufactured devices utilizing Triply Periodic Minimal Surfaces (TPMS) to achieve high-performance thermal management

Research Paper by Italian University of Modena and Reggio Emilia:
Experimental analysis of a gyroid-based heat and mass exchanger for Maisotsenko cooling cycle

This work presents a first experimental investigation of an innovative cross-flow heat and mass exchanger (HMX) based on gyroid triply periodic minimal surfaces applied to the Maisotsenko cycle, marking a shift from traditional parallel-plate paradigms by introducing a fundamentally different 3D heat and mass transfer topology that leverages complex geometric structures to enhance thermal performance.

Highlights:
First experimental assessment of a gyroid-based TPMS heat exchanger for DPEC
Volumetric cooling capacity of 55.6 kW/m3 exceeds standard HMX designs.
Maximum COP of 9.1 achieved at 35 °C with a 2.5 m/s characteristic velocity.
Outlet relative humidity above 83% confirms strong evaporation effectiveness.
Peak temperature drop of 6.1 °C was recorded at an inlet temperature of 35 °C.

The results indicate that the turbulence-promoting nature of the gyroid geometry shifts the optimal operating range toward significantly lower air velocities (

04/30/2026

MAISOTSENKO - 86 !
two anniversaries for Maisotsenko Person and Maisotsenko Cycle

This year is 50th anniversary of Maisotsenko Cycle official discovery and this day is 86th birthday of Dr. Prof. Valeriy Maisotsenko

Dr. Prof. Valeriy Maisotsenko, the world leading authority on thermodynamics of dew-point indirect regenerative evaporative cooling process named after him.
M-Cycle was discovered in Odessa, Soviet Union and R&D team founded in Denver, Colorado while Dr., Prof. Valeriy Maisotsenko since early 1970's discovered practical application to utilize air as low-cost renewable source of energy (potential energy from latent heat) and created M-Cycle as singular omni-applicable solution.
Maisotsenko has conducted over 50 years of research and development, and holds more than 300 patents. Commercialized in over 42 countries, his air cooling Gen1 (Climate Wizard brand by USSR patents) and Gen2 (Coolerado by Idalex with American patents) technologies serve as benchmark for cooling efficiency. The latest discoveries and newest M-Cycle products will significantly improve the performance over Gen1 and Gen2 products, simultaneously drastically reducing the cost allowing to break in into all market segments, compared with prior products.
The process of indirect evaporative cooling of air is well known, where air or water approaching the wet bulb temperature of outside air. But for the first time in 1976, in the former USSR, (patents SU No 571669, etc) Valeriy Maisotsenko disclosed a configuration wherein a main stream of air is passed along a dry duct, simultaneously passing an auxiliary air stream counter currently along a moist duct which is in heat-exchange relation with the dry duct. The auxiliary stream is obtained by subdividing the total stream into main and auxiliary streams. It gives opportunity to get cold air below the wet bulb and approaching the dew point temperature of outside air. This configuration is further developed and significantly improved by Maisotsenko in the USA (US Patents No 4,350,570, etc), wherein the wet and dry ducts are divided into 2 separate sections which allows for pre-cooling of the dry air-streams prior to their entry into the wet duct thereby resulting in enhanced cooling efficiency.
Dr. Maisotsenko earned a Graduate Engineering degree from the Odessa Institute of Refrigeration Engineering in 1963; a Candidate of Science degree in Technology from the Odessa Institute of Refrigeration Engineering in 1970; and a Doctor of Science degree in Technology from the Moscow Civil Engineering Institute in 1988. He has served as Director of Thermal Physics Research Laboratory in Odessa, Ukraine. While in this capacity, he was recognized by Soviet Union as one of the top 11 inventors in USSR. Professor has spent his professional career challenging the conventional understanding of the laws of thermodynamics. He holds over 300 patents worldwide. Maisotsenko Cycle (M-Cycle) represents first fundamental breakthrough in thermodynamics since its beginnings.
Dr., Prof. Valeriy Maisotsenko and M-Cycle deserved to be recognized for his role as the World leading authority on thermodynamics and as science and technology.
M-Cycle is derived from Nature and helps People and Planet to reduce pollution and climate change and generate Profit. Tons of water and gigawatts of energy saved by M-Cycle are addressing world's sustainability and environmental challenges. More M-Cycle applications and resources savings will follow soon.
Maisotsenko Thermodynamic Cycle (M-Cycle) is fundamentally different, and therefore changes or improves everything known and developed in last 200 years, it is new physics, or more accurately- better understanding of it, and more importantly- better practical applications Example we site often: going from horse to engine, and now- from engine to M-Cycle.
M-Cycle is best known method to derive power, better than Brayton, Diesel, Otto, Stirling, etc. This is the revolution, just like Carnot, just like Nicolas Tesla and alternate current.
Most cooling and refrigeration solutions are expensive, highly inefficient; even contribute towards global warming due to high energy consumption and leak of the refrigerants. Our air cooling and heating solution is a clean energy product that helps reduce global warming and health risks while delivering its promise - as proven during our test projects. While there have been technical upgrades of traditional cooling and ordinary refrigeration devices in the past, those have only led to incremental improvements.
With Green, Sustainable, Renewable, Affordable, Disruptive Air Cooling, Water and Energy combined in one M-Cycle 3D-printed unit complying with Guinness-Record-Book Our Team demonstrates the real breakthrough innovative technology and global gamechanger.

Long Live Rock 'n' Roll and M-Cycle !
Long Live Rock 'n' Roll is the third studio album by the British heavy metal band Rainbow, released on 9 April 1978 and M-Cycle is the first umbrella patent by Soviet scientist Dr. Prof. Valeriy Maisotsenko, application date on 11 Мау 1976.

We are the M-Cycle!
Family created, multi-generational team, inspired directly by Dr. Prof. Valeriy Maisotsenko, we offer:
300+ patents, 32 are brand new in different stages of filing
75+ years of combined experience in R&D and technology fielding
Single Source of Newest generation Technology
About 15,000 references on Google

03/29/2026

MC AND PV
Maisotsenko Cycle and Photovoltaic synergy

Research Paper
Energy, economic and environmental assessment of a photovoltaic-driven dew-point evaporative cooling system

Highlights:
• Photovoltaic-driven system enables renewable and refrigerant-free building cooling;
• Fiber-assisted wetting enhances heat–mass transfer and surface uniformity;
• Coupled experimental–simulation framework evaluates multi-climate adaptability;
• Integrated approach links energy, economy, and environment for buildings.

In 2003, the introduction of the second generation Maisotsenko cycle (M-cycle) technology branded Coolerado provided a breakthrough in dew point evaporative cooling (DPEC) technology, offering a more efficient cooling process by lowering the air temperature close to its dew point without excessive humidity increases. This development laid the foundation for subsequent innovations in DPEC systems.
The increasing cooling demand in buildings, together with the urgent need to reduce carbon emissions and electricity consumption, has renewed interest in dew-point evaporative cooling systems as a low-carbon alternative to conventional vapor-compression air-conditioning.
However, the practical deployment of the system is often hindered by non-uniform surface wetting, dependence on grid electricity, and the lack of systematic understanding of the coupled effects of solar radiation and ambient humidity under diverse climatic conditions.

In this study by Chinese and Singaporean researchers, a photovoltaic-driven dew-point evaporative cooling system is proposed and experimentally validated. The system dynamically couples photovoltaic power generation with fan operation to achieve supply-driven airflow control, while moisture-conductive fiber materials are employed to enhance wetting uniformity and heat–mass transfer. A transient three-module simulation framework is developed to evaluate the energy, economic, and environmental performance of the system. Results show that, across seven representative climate zones, the system achieves primary outlet air temperatures below 26 ◦C, with cooling capacities of 45–252 W per
channel and wet-bulb and dew-point effectiveness reach 100% and 66%, respectively.
For a commercial building case, the system achieves a 76.2% reduction in annual operating cost and a payback period of about 5.6 years compared with conventional air-conditioning. Life-cycle assessment further indicates seasonal CO₂ emission reductions of up to 81.1%.
The proposed system demonstrates strong adaptability in both hot–dry and hot–humid climates. The main novelty lies in the dynamic coupling strategy, the application of moisture conductive fiber to ensure stable high-effectiveness operation, and the comprehensive multi-climate energy, economic, and environmental assessment, extending previous studies toward practical renewable-powered cooling solutions.

M-Cycle R&D team additionally to superb performance of the next and newest generation of Maisotsenko technology has a very elegant concept to enhance evaporative cooling and solar panel tandem with PV panel air cooling by cooling capacity of secondary / working air flow - currently this flow is just senselessly releasing into ambient air.
The goal of this project is to increase power generation from PV panels by 20%+, by maintaining optimum operating temperature, with deployed MVPs for system prototype demonstration in an operational environment. Successful outcome of this project will result in a unique scalable product. The expected 20% or more increase of PV power generation output will make a significant contribution toward energy transition goals and will create new jobs in the renewable energy sector.
There are many ways to cool solar panels, but only dew-point evaporative air cooling (M-Cycle) can do it in an affordable and efficient way. A few articles on this topic were published in top R&D centers and universities and you can find a few paper's links in the comments. M-Cycle R&D team is offering to interested parties an implementation of Proof of Concept, PoC and Pilot projects.

Read, Design and Cool - all is created for you by M-Cycle.