

Beyond Scroll - Scroll Compressors
We solve this problem with our innovative scroll compressor which allows 100% oil-free operations with unrivalled performance, specially at low pressure.
Our product enables H2 compression from atmospheric pressure thanks to our proprietary design. Depending on the compressor configuration, it can be set to work at different sizes/capacities and match the right H2 production/demand. Moreover, our technology ensures the gas will not be contaminated during the compression process, hence 100% gas purity. This saves additional components in the system as well as resources for equipment maintenance.
Our compressors will be compact and ready for portable use as they require a low energy input of 1–20 kWe. Not only they operate at a high speed and from low to medium pressure levels, but they are also versatile as they can be mounted on multiple orientations and they can tailored to work with different types of gas, such as CO2 or air, as well as to specific customer needs.
Oil- and contamination-free
Oil is used in compressor machines for lubrication and sealing. This causes system contamination, need of separation hardware, and higher overhaul costs as well as limited speed and safety concerns. In addition, it hinders recycling and the implementation of thermochemical cycles for renewable energy applications. Beyond Scroll oil-free solution for small-scale applications is fully recyclable and enables its use for renewable energy applications and when high gas purity is required.
Design tailored to different gases
Most of the oil-free compressors available on the market are capable to work with one particular gas only. Our compressors can be easily tailored to work with different types of gases (hydrogen, CO2, air, propane) and deliver unrivalled performance at low-pressure.
High level of gas tightness
Our miniaturised scroll compressors are capable to perform with high efficiency and ensure high level of gas tightness. They will also be immensely versatile as they can be mounted on multiple orientations.