Climate Change is Real

The core problem for climate change is, extracting and using additional fossil carbon from the ground that will eventually end up in the atmosphere. In order to fight climate change, we need to curb our consumption of fossil resources. We need renewable carbon. Renewable carbon is carbon from alternative sources: Biomass, CO2 and Recycling

HTL for Renewable Carbon Utilization

Compared to other technologies such as pyrolysis and gasification, HTL is a more robust technology as it can handle broader feedstock quality ranges. It can easily be replicated at several locations close to the feedstock, which is an advantage compared to technologies that require scale.

HTL Commercial Status

The demonstration-scale activities show growing interest in hydrothermal liquefaction technologies. More diversified feedstocks such as agricultural and urban waste and sewage sludge are targeted with the recent interest in non-bio feedstocks such as waste plastics and used tyres.

An increasing number of pilots have succeeded bridging the technology valley of death by advancing the technology readiness level beyond 6 at reasonable costs to demonstrate scalability and financial viability.

HTL Commercialization pathway

Technology provider
End to End Technology support and continual R&D support

Valori Transnational
Develop a roll-out plan
Feasibility and Financial projection
Involve Government and Investors for implementation

Investor/Funding Agency
Project financing

Project and Plant Management

Case Study –HTL for UK

Waste handling capacity: 1100 tpd MSW
Waste tipping fee: Euro 20/ton of waste.

MSW Organics: 100 tpd (Dry Ash free basis)
Biocrude produced: 264 barrels/day

Investment: USD 50 million
Product Basis: Biocrude price of $50/barrel + RTFS credit

IRR: 16%