HEL exhibits at the FlowHET Conference in Florida

Picture of our stand at the conference

HEL recently exhibited at the FlowHET Conference in Florida for the first time. This is a wide ranging conference with homogeneous and heterogeneous catalysis presentations with applications that included hydrogenations in the pharmaceutical industry and a well as petrochemical and refining process.

The continuous flow reactor platform, the FlowCAT received a great deal of interest and was seen as a valuable tool in continuing the development of flow chemistry. The conference also underlined the fact that the trend towards flow chemistry shows no signs of slowing. The FlowCAT was acknowledged as being an extremely flexible and easy to use solution compared to it’s competitors for the optimization of many high pressure reactions. It has a very small footprint and has the compactness and ease-of-use normally associated with analytical devices which appeals enormously to bench chemists and chemical engineers alike. Data has been shown to scale very easily and reliably due to the care in design and attention to detail. This supplements HEL’s more traditional catalysis platforms such as HP Chemscan, CAT blocks and the high pressure automate and polyblock systems.

For further information on our flow chemistry reactor, FlowCAT, please click here

HEL attends the NC3 exhibition in Netherlands

At the recent Netherlands Catalysis and Chemistry Conference in Holland on 5th of March, HEL showcased their systems for Hydrogenation and Catalysis. The continuous flow reactor platform, the FlowCAT received a great deal of interest and was seen as a valuable tool in continuing the development of Flow chemistry processes. With several systems already installed the conference also underlined the fact that the trend towards flow chemistry shows no signs of slowing. The FlowCAT was universally acknowledged as being an extremely flexible and easy to use solution for the optimisation of many high pressure reactions.

HEL also exhibited the High Pressure ChemSCAN which is already established as the market leader for heterogenous and homogenous catalytic screening and rapid development of high pressure reactions. Scientists interested in a complete, dedicated system were enthusiastic about the range of experiments that could be performed using this technology. With large temperature, pressure and volume ranges and unsurpassed mixing capability the High Pressure Chemscan offers a powerful and versatile development tool.

To round off, HEL also showed some very simple high pressure screening tools. The CAT units received a great deal of interest from smaller laboratories and academic attendees. This low cost, simple to use high pressure reaction screening autoclave is widely used in many laboratories.

HEL’s participation in the Advanced Automative Battery conference in Orlando

HEL participated for the first time in the AABC Conference in Florida, both having an exhibition booth and making a technical presentation by HEL's managing director Dr Jasbir singh.

Click here to view video.

The technical program for the conference is highly scientific in nature both strong commercial presence but also many academics in attendance. HEL's presentation that was delivered looked into the complementary role of adiabatic ("ARC-Type") calorimetery for battery thermal runaway testing and isothermal (controlled) measurement of heat release to provide the thermal management duty specification. HEL's standard BTC is now an established benchmark for runaway thermal testing of EV and other high energy batteries with the ability to test large batteries and packs.

The isothermal BTC version, iso-BTC, is relatively new generated a lot of interest among attendees and people were generally convinced that this is an essential part of the safety should be supplied. Knowing how much heat is generated when discharging Li-ion batteries can be used to design cooling systems controlled from a BMS. HEL's approach this form of heat measurement has the attraction of being on-line and providing a unique into the workings of batteries which developers can make use of to improve battery design.