For CALORIC the basis of success was its well-known engineering capabilities to fulfil customer specific requirements in all aspects of conceptual plant design. Beyond the implementation of several operating conditions, requirements for high purity products have to be considered in the concept as well as the limited plot area, which was given and challenging. CALORIC’s

The plant will purify a hydrogen-rich gas to high purity hydrogen by pressure swing adsorption. Due to experience gathered over decades, CALORIC is in position to achieve and guarantee hydrogen purities of 99,9999 percent by volume and more with the pressure swing adsorption technology. By that, the customer, a south-korean research entity, could be convinced.

Caloric was selected by an EPC company to provide a hydrogen generating plant based on CALORIC’s advanced Steam Methane Reforming (SMR) technology. The hydrogen plant is part of a new production complex for re-refining of used lube oil in Lithuania. This plant will be CALORIC’s first plant in the Baltic area but the forth plant

Caloric was awarded for the third time by an existing Indonesian company to provide a hydrogen generating plant based on CALORIC’s advanced SMR technology. The customer operates already two hydrogen plants from CALORIC based on methanol reforming successfully. As the supply network of natural gas in Indonesia is becoming more and more attractive, clients chooses

Caloric was selected by an Indian chemical company to provide a pure carbon monoxide generating plant based on CALORIC’s unique CALCOR® technology. The proprietary CALCOR® process is a dry reforming process of hydrocarbons with CO2. The contract comprises the CO generation as well as the CO purification system based on membrane technology. The CO generator

CALORIC was awarded a supply contract for a hydrogen generating plant based on steam methane reforming technology in the U.S. CALORIC is considering the U.S. market as an interesting and growing market for small scale hydrogen plants and had therefore started some time ago a “design program” for such plants as the regulations, certification as

The Institute for Energy Systems and Technology of the Technical University of Darmstadt (EST) is focussing on gasification processes to provide co-generation of power and synthetic fuels by using conventional as well as renewable energy resources. An important milestone in these research activities is the new pilot plant “FABIENE”, which was built by CALORIC and

Within the recent months CALORIC is again successful by receiving the second contract for a hydrogen plant on the Korean market. CALORIC was chosen by a global acting EPC company for providing such unit based on CALORIC’s well-proven steam reformer technology. CALORIC’s hydrogen plant will serve a downstream hydrogen liquefaction unit. The liquid hydrogen will

CALORIC was awarded with a supply contract for a mid-size hydrogen plant serving a H2 mobility project in South Korea. South Korea is one of the leading countries worldwide in pushing concepts to establish a hydrogen infrastructure contributing Korea’s carbon neutral strategy by 2050. For this project, CALORIC teamed up with a Korean partner in

The new contract is meanwhile the tenth hydrogen plant of CALORIC that is going to be installed in Taiwan. CALORIC is proud to strengthen further the market position in this area. The contract also includes engineering services for the authority approval. The hydrogen plant design includes the new advanced reformer concept of CALORIC. With the