CO2 Capture Technology
Carboliq is designed to capture CO2 from the lean off gas of the biogas upgrading unit in order to produce pure, food-grade quality liquid CO2. Due to the versatility and flexibility of the design, various gas sources from various industries are used to recover and liquefy CO2 at different quality specifications.
Our purification and liquefaction process consists of a series of units including compression, drying, condensation (using only natural refrigerants) and stripping.
The units preceding compression in our purification and liquefaction process can be adapted according to the impurities and composition of the treated feed gas.
Besides providing an additional revenue stream by producing liquid bioCO2, Carboliq improves the carbon intensity score of the facility by reducing the methane slip in upgrading. In addition, on-site CO2 recovery increases the independence of CO2 consumers.
• Cryocollect is the pioneer with the
initial 10 industrial purification and liquefaction bioCO2 units.
• Food grade quality CO2 > 99.97%
• Versatile and flexible
• CO2 concentration in the dry source > 80%
• Wide range of gas sources including oxy-combustion flue gas,
industrial CO2 rich gases, etc.
• Plug and play installation on site
• Uses the most efficient standard equipment on the market
• Specific Consumption < 0.25 kWh/kg of pure Liquid CO2
• Sizes up to 100 tons/day
Biomethane/ NG Liquefaction Technology
CryoCollect’s technological strength is anchored in the micro-liquefaction of biomethane and natural gas, a pivotal innovation that forms the foundation of our commitment to advancing sustainable energy solutions.
• Compatible with bio-methane and natural gas of varying
compositions
• Offers a broad spectrum of LNG output temperatures and
pressures
• Ensures a minimal energy consumption with a specific power
capacity < 0.9 kWh/kgLNG
• Offers a 100% recovery rate
• Available in modular sizes tailored to client needs, with LNG
production capacities ranging from 1 to 20 tons/day
• A plug-and-play system
• Engineered to fit within containers, ensuring compactness
and simplifying installation
C3E
Our C3E system emerges as a leading-edge solution in micro-liquefaction technology for bio-methane and natural gas, and is primarily aimed at road transportation applications. This system is characterized by a three-stage cascade process that utilizes hydrocarbons as refrigerants.
CRYO-HP
Our latest micro-liquefaction innovation, the ‘CRYO-HP,’ offers versatility, making it ideal for marine and road transportation applications. The system operates on a customized version of the modified Linde cycle, enhanced with distinctive adaptations. By combining high compression, the Joule-Thomson effect, and energy recovery, the ‘CRYO-HP’ achieves efficient liquefaction at the lowest temperatures achievable.
• Flexible system designed for deployment in diverse
environments: upstream of biogas upgrading facilities, direct grid
integration, post-CNG station setups.
• Compatible with bio-methane and natural gas of varying
compositions.
• Offers a broad spectrum of LNG output temperatures and
pressures.
• Suitable for both road and marine transport applications.
• Optimized in accordance with upstream and downstream with a
specific power capacity < 1 kWh/kgLNG.
• Available in modular sizes tailored to client needs, with LNG
production capacities ranging from 1 to 20 tons/day.
• Can be adjusted to handle compositions rich in Nitrogen.
Lift Technology
Lift aims to boost energy from a low to a high temperature via two cascaded refrigeration cycles. This boost provides both cold and hot usages which otherwise were direct consumers of energy.
The innovation of this technology consists in its modularity as it can operate in 3 different modes according to the season and the energy needs: Heating mode alone, cooling mode alone, heating and cooling mode. Every mode is also capable of operating at a large temperature range.
Besides being an interesting technology for the industry, Lift is also an attractive design for residential applications as it can provide flexible heating and cooling for water and air conditioning.
• Modularity in 3 different modes
• High efficiency
• Low GWP refrigerants
• Residential and industrial applications
• High temperature ranges between 70-90°C
