Identification of the most suitable carbon capture technology (CCUS) for small and medium emitters. Analysis of the technical and financial feasibility of various capture technologies.
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A visual representation of an emission data assessment focused on estimating total CO2 emissions from small-to-medium facilities. The image features several industrial buildings, each releasing emissions depicted as transparent gas streams. A data overlay shows charts and graphs, quantifying CO2 volumes emitted and captured, with storage facilities or underground reservoirs...
Evaluation of the required plant size based on emissions data. Capacity planning to ensure effective handling of captured CO2.
Recommendations for cost-effective and energy-efficient equipment for CO2 capture, transport, and storage. Guidance on scaling and modular systems for small-scale emitters.
Development of a high-level concept for CO2 capture systems tailored to each client. Assessment of potential technology integrations and carbon capture solutions.
Feasibility Study Comprehensive assessment of technical and economic feasibility for CCUS projects. Risk analysis and mitigation strategies for implementing CCUS in small businesses.
Assessment and identification of potential CO2 hub networks, enabling emitters to collaborate and achieve economies of scale. Facilitation of partnerships between dispersed facilities to connect to shared CO2 transport and storage networks.
Analysis and assessment of the most viable transport methods for CO2, such as pipelines or alternative transportation modes. Evaluation of logistics and infrastructure needs to connect emitters with storage or utilization facilities efficiently.
A platform that connects small-to-medium emitters (CO2 suppliers) with downstream options for CO2 utilization or permanent storage (CO2 consumers).
Guidance on local and international regulations related to CO2 emissions and CCUS projects. Support in securing permits and ensuring compliance with environmental and regulatory standards.
