Technip Energies
Technip Energies is a French engineering and technology company. Their Canopy by Technip Energies is a suite of post-combustion carbon capture solutions designed to help companies reduce their carbon emissions. The solutions are based on Shell’s CANSOLV® CO2 Capture System, which uses a solvent to capture CO2 from flue gas emissions. The captured CO2 can then be transported and stored underground, or used in other industrial applications. They offer Canopy C10 (10ktCO2 per annum), C100 (100ktCO2 per annum), and C200 (200ktCO2 per annum) modular products for carbon capture. Further, they also offer C+ Bespoke solution for facilities of larger scale.
They claim competitive advantage based on the following:
- Fast delivery: Building on company experience Technip has the technology and the expertise to execute Carbon Capture within the shortest possible timeframe.
- Scalability: From modular to bespoke solutions, Technip can tailor their technology to the exact customer needs.
- Cost-effective solutions: From funding to implementation, Technip focuses on affordable, economically viable, integrated, and practical CCUS solutions.
- Capture support: Providing support at the every step of the carbon capture projects, from O&M to financing.
Canopy Fact Sheet
CO2 Capture rate
>90% with CO2 inlet 3.5-25%
Capacity
10-200kt+
CO2/year
Delivery time
<26 months CED to delivery on site
Footprint
NA
Energy
NA
Capture technology - Amine-based Carbon Capture
1. Pre-scrubbing and lean solvent CO2 absorption
The CO2-rich flue gasses are captured and transferred to the Absorber column (1.). There, the gasses are quenched and saturated in a circulated water pre-scrubber. Gas contacts the lean amine solution in a counter-current mass-transfer packed adsorption column. In this process, the CO2 is absorbed and the treated gas exits the atmosphere.
Midway through the column, the partially loaded amine is removed, cooled, and reintroduced over a layer of mass transfer packing. CO2-loaded amine is afterward pumped through a lean-rich amine heat exchanger and then sent to the regeneration column.
2. Rich solvent desorption
The CO2-laden solvent travels from the absorber tower (1.) to the desorber unit (2.). The rising, low-pressure saturated steam in the column regenerates the lean amine solution. CO2 is recovered as a pure, water-saturated product.
The lean amine solution is pumped from the desorption column for reuse in capturing CO2. The CO2 is sent to by-product management systems.
Partners
Technip Energies has an agreement with Shell for supply of their proprietary CANSLOV solvent solution.
Reference projects
Net Zero Teeside - FEED
Technip Energies is leading the T.EN / GE consortium in charge of executing a FEED competition with submission of an EPC proposal for a new 860 MW power plant integrated with a 2 Mtpa carbon capture unit and a 4 Mtpa high-pressure compression facility. CO2 capture technology is Shell CANSOLV®.
- Delivery: Q1 2023
- Capacity: 2,000 kt CO2 per year
Vestforbrænding WTE - FEED + EPC
Carbon capture from flue gas at existing waste incineration plant, dehydration and compression of CO2, utilization of surplus heat for district heating.
- FEED delivery: April 2023
- Capacity: 450kt CO2 per year
Shell Deer Park Project - FEED
FEED design and TIC estimate support for new carbon capture facility. T.EN scope includes quench, absorption, solvent regeneration, CO2 compression and dehydration units.
- Delivery: 2022
Shell - Teck Carbon Capture Pilot plant
Carbon Capture Pilot for pyrometallurgy (Lead, zinc production). Carbon capture from lead smelter, possible liquefaction of CO2.
- Delivery: 2023
- Capacity: 1.5kt CO2 per year