Full-Scope Carbon Capture Project Consultancy 

Our services span the entire lifecycle of a project from initial feasibility studies to post-deployment optimization. Each engagement is customized to fit your industrial requirements, location-specific constraints, and budgetary goals. 

NOVUS Energy Advisors | Carbon Capture Consulting Experts
NOVUS Energy Advisors | Carbon Capture Consulting Experts
Feasibility Analysis & Site Evaluation

Our team assesses technical and geological viability, evaluates costs of carbon capture and storage, and recommends optimal carbon sequestration methods for your operations. 

Capture Technology Selection

We guide clients through selecting the most efficient carbon capture storage methods from pre-combustion and post-combustion capture to oxy-fuel combustion systems. 

CO2 Sequestration Strategy

We provide comprehensive guidance on deep saline formations, depleted oil and gas reservoirs, mineralization, and enhanced oil recovery (EOR) options. 

Engineering Design & Permitting

We partner with engineering teams to translate your carbon strategy into detailed system designs. 

Monitoring, Reporting & Verification (MRV)

We implement precise measurement and data-reporting systems to verify storage permanence and ensure operational transparency.

Why Choose Us for Carbon Capture Consulting? 

We combine deep technical knowledge, regulatory insight, and a forward-thinking mindset to deliver high-impact solutions across the United States. 

Custom-Tailored Solutions 

We create highly customized strategies to optimize the costs of carbon capture and storage while maximizing environmental impact. 

Locally Informed 

We understand the unique geological, regulatory, and industrial landscape of the United States. 

End-to-End Support 

We offer full-scope carbon capture consulting, so you never have to juggle multiple vendors or face uncertainty. 

Industry-Leading Expertise 

Our team includes environmental engineers, energy economists, and policy advisors with years of experience in CO2 sequestration and carbon capture storage methods. 

Compliance & Tax Credit Optimization 

We guide you through federal incentives like the 45Q tax credit and ensure full compliance with EPA Class VI regulations, so your investment is protected and profitable. 

Results You Can Measure 

We install reliable monitoring, reporting, and verification systems so you can track your carbon reduction and showcase it to stakeholders, investors, and regulators. 

NOVUS Energy Advisors | Carbon Capture Consulting Experts

Ready to Reduce Emissions & Maximize Sustainability? 

Don’t wait for regulations to catch up. Get ahead of the curve with expert carbon capture consulting from NOVUS. 

Frequently Asked Questions 

What are the most effective carbon capture storage methods?

Effective methods include deep saline aquifer injection, storage in depleted oil and gas reservoirs, and mineralization. The right method depends on geographic location, geological suitability, and the scale of CO₂ emissions. 

Can you customize carbon capture solutions for our facility?

Absolutely. As a trusted carbon capture consulting partner, we develop tailored solutions based on your facility’s emissions, industry requirements, and geographic conditions. We provide scalable systems that align with your business goals and carbon reduction targets. 

How do you support the full lifecycle of a carbon capture project?

Our carbon capture project consultancy covers everything from feasibility studies and cost modeling to engineering design, permitting, and post-deployment monitoring. We offer complete end-to-end support to ensure your project’s success. 

Can carbon capture be added to existing industrial facilities?

Yes, many carbon sequestration methods can be retrofitted into existing facilities. We evaluate your current operations and infrastructure to integrate methods without disrupting productivity or output. 

How do you determine which carbon sequestration method is best for my project?

We analyze multiple factors including emission volume, geographic conditions, proximity to storage sites, and budget. This ensures we select the most effective method, whether it’s deep saline injection, EOR, or mineralization.