Environmental sustainability is embedded in our organization and services

We leverage our history of innovation and expertise to help create a more sustainable future. More than 70% of our services support renewable energy scopes, including renewable fuels, blue and green hydrogen and bio-chemicals.

Renewable Fuels

TritenIAG has lead more than 30 renewable fuel project feasibility assessments and is engaged in six active renewable fuels projects. This includes renewable diesel, biodiesel and sustainable aviation fuel. Our process design experience includes grassroots renewable fuels units and revamps of existing units. We have experience with various feed streams used in processing renewable fuels. We’ve developed global facility feed specifications to ensure processing guarantees for different feedstocks including vegetable oil, animal fats and UCO.

Green and Blue Hydrogen

We have project development experience in the following:

  • CO2 capture from hydrogen steam methane reformers using amine-based technologies
  • CO2 capture from ethanol plants, pipeline transportation to a wellhead for underground sequestration
  • CO2 capture from natural gas production
  • Converting CO2 and methane to syn-gas for subsequent conversion to hydrogen using first of a kind microwave dry reforming technology

In addition, we designed a digital twin model of a green hydrogen plant and its ancillary systems. We had numerous choices for the underlying technology on the spectrum between PEM and alkaline and even hybrid combinations of the two.

Carbon Capture

We have executed studies in the following areas:

  • CO2 capture from hydrogen steam methane reformers using amine-based technologies
  • CO2 capture from ethanol plants, pipeline transportation to a wellhead for underground sequestration
  • CO2 capture from natural gas production
  • Converting CO2 to syn-gas for subsequent conversion with a targeted approach to reduce CO2 emissions and footprint
  • Pyrolysis facilities from recycled plastics

Decarbonization

TritenIAG’s experience in decarbonization technologies focuses on renewable fuels, novel hydrogen technology, CO2 capture and transportation, pyrolysis of recycled plastics and processing facilities for conversion of used motor oil to fuel and base oil products.