info@hrimtronenergy.com
info@hrimtronenergy.com
Engineering the Energy Industry Leaves Behind
Engineering the Energy Industry Leaves Behind
HrimTron exists to solve a problem hiding in plain sight: vast amounts of usable energy are discarded every day across industry, energy systems, and transport. From industrial processes and power generation to biomass plants, geothermal resources, marine engines, and cold energy streams, valuable thermal potential is routinely lost. We believe this waste is not inevitable it is a design failure.
We engineer high performance energy recovery systems that convert these losses into reliable, on-site power. Our work is grounded in first-principles engineering, disciplined system design, and a relentless focus on performance per unit cost because efficiency only matters when it can be deployed, maintained, and scaled in the real world.
At the heart of our solutions is a proprietary high speed turbomachinery platform, purpose-built for compact, modular energy recovery. This core technology enables high efficiency, durability, and cost competitiveness across diverse operating conditions, allowing HrimTron’s systems to adapt to different thermal sources while delivering predictable, industrial grade performance.
What We Build
What We Build
HrimTron designs and delivers modular waste-heat-to-power systems for industrial applications where reliability, uptime, and economics matter as much as efficiency.
Our systems are designed to
From manufacturing and process industries to energy-intensive operations, our solutions turn thermal losses into dependable electricity reducing energy costs, improving resilience, and lowering emissions.
Proprietary High-RPM Turbomachinery Platform
HrimTron’s proprietary high RPM turbomachinery platform is engineered to deliver significantly higher efficiency and power density than conventional low speed turbine systems. By operating at elevated rotational speeds, the platform achieves a more compact footprint, reduced mechanical complexity, and superior overall efficiency compared to traditional turbine architectures.
HrimTron’s proprietary high RPM turbomachinery platform is engineered to deliver significantly higher efficiency and power density than conventional low speed turbine systems. By operating at elevated rotational speeds, the platform achieves a more compact footprint, reduced mechanical complexity, and superior overall efficiency compared to traditional turbine architectures.
The platform is built around a high-performance turbine design, optimized through first-principles engineering. This enables direct integration with advanced power electronics while eliminating the need for bulky gearboxes. The result is lower mechanical losses, improved reliability, and simplified maintenance particularly critical in space and cost constrained industrial environments.
While this turbomachinery platform forms the core of HrimTron’s waste heat to power systems, its underlying architecture is inherently versatile. The same high RPM design principles can be applied across multiple applications, including waste heat recovery, high-speed turbopumps, and compressor systems, where compactness, efficiency, and dynamic performance are essential.
This is not a single machine but a scalable turbomachinery foundation designed to deliver consistent performance, adaptability, and best in class cost-performance across a wide range of thermal and mechanical energy conversion applications.
The platform is built around a high performance turbine design, optimized through first-principles engineering. This enables direct integration with advanced power electronics while eliminating the need for bulky gearboxes. The result is lower mechanical losses, improved reliability, and simplified maintenance particularly critical in space and cost constrained industrial environments.
While this turbomachinery platform forms the core of HrimTron’s waste heat to power systems, its underlying architecture is inherently versatile. The same high-RPM design principles can be applied across multiple applications, including waste heat recovery, high-speed turbopumps, and compressor systems, where compactness, efficiency, and dynamic performance are essential.
This is not a single machine but a scalable turbomachinery foundation designed to deliver consistent performance, adaptability, and best-in-class cost performance across a wide range of thermal and mechanical energy-conversion applications.
Indian Engineering, Global Outlook
HrimTron is rooted in Indian engineering — a tradition defined by constraint-driven innovation, practical problem-solving, and value creation under real-world limits.
At the same time, we design with a global mindset. Our systems are benchmarked against international standards and engineered to compete on performance, reliability, and cost across markets. We work closely with industrial partners, researchers, and ecosystem stakeholders to ensure our solutions remain relevant, robust, and scalable worldwide.
HrimTron is rooted in Indian engineering — a tradition defined by constraint-driven innovation, practical problem-solving, and value creation under real-world limits. At the same time, we design with a global mindset. Our systems are benchmarked against international standards and engineered to compete on performance, reliability, and cost across markets. We work closely with industrial partners, researchers, and ecosystem stakeholders to ensure our solutions remain relevant, robust, and scalable worldwide.
Why It Matters
Industry is under growing pressure to decarbonize, control energy costs, and improve resilience — without compromising productivity.
Waste-heat recovery sits at the intersection of these challenges. When done well, it reduces emissions, improves energy efficiency, and strengthens operational independence. When done poorly, it becomes an expensive afterthought.
Our role is to ensure it works — technically, economically, and at scale.
Industry is under growing pressure to decarbonize, control energy costs, and improve resilience — without compromising productivity. Waste-heat recovery sits at the intersection of these challenges. When done well, it reduces emissions, improves energy efficiency, and strengthens operational independence. When done poorly, it becomes an expensive afterthought. Our role is to ensure it works — technically, economically, and at scale.
We design from fundamentals and validate in the field.
Discipline over complexity
systems should be elegant, not fragile
01
Performance over claims
results must be measurable and repeatable
02
Performance over claims
innovation must earn its place in the real world
03
Every HrimTron system is built with a clear understanding of industrial realities: maintenance constraints, operational variability, and the need for long service life. This is engineering meant to endure.
Behind the
journey
Behind the journey
We believe progress should compound, not extract. That engineering should create value for customers while reducing the burden on the planet.
We believe progress should compound, not extract. That engineering should create value for customers while reducing the burden on the planet.
Our work is guided by a simple principle:
Our work is guided by a simple principle:
युक्ते कार्ये सिद्धिः
Properly engineered work succeeds
Our Mentors
Kishor Parsewar
Sanket Salvi (Ph.D.)
Meet Our Supporters
Perfectly aligned creative and production expertise to increase digital impact.
