Zero Carbon & Zero Flaring Solutions

Consultancy, Execution and Carbon Credit Enablement

At Clarence Group, we support governments, national oil companies, refineries, and petrochemical plants in the transformation toward a zero flaring and zero carbon operational future. Our work covers every aspect of the journey, from strategic advisory and technological integration to EPC execution, commissioning, and long term optimisation.

Instead of delivering isolated consultancy reports, we operate as an industrial partner who designs, leads, and supervises real implementation. We combine engineering capability, global technology partners, structured execution frameworks, and commercially bankable investment models that convert unused flare gas into economically valuable products, clean fuels, or certified carbon negative output.

Helping Businesses Eliminate Flaring and Unlock Economic Value

Most hydrocarbon facilities treat flaring as an unavoidable operational consequence. Our role is to demonstrate that flare gas is a monetisable energy source that can be recovered, liquefied, converted into power, injected back into the process cycle, or transferred into clean-fuel derivatives such as LNG, LPG, hydrogen or petrochemical feedstock. We design practical and profitable pathways that allow operators to replace continuous flaring with measurable energy recovery and new commercial revenue lines, while simultaneously reducing Scope 1 & Scope 2 emissions.

For organisations facing regulatory pressure or ESG commitments, zero flaring is no longer optional. Clarence Group ensures that this transition is technically viable, financially feasible, and aligned with government policy frameworks, international standards, and long-term carbon credit incentives.

From Engineering Concept to Full Implementation

Clarence Group supervises the entire lifecycle: data assessment, feasibility, engineering design, technology selection, EPC integration, commissioning, digitalisation, and post-start up optimisation. We integrate flare reduction equipment, compressor units, liquefaction modules, reinjection solutions, recovery facilities, or centralised gas processing units into existing refinery and petrochemical infrastructures, while managing all technical risk and compliance.

Where required, we work through joint execution partnerships with world class licensors, EPC contractors, and technology providers. Our clients receive a unified programme, fully coordinated, without needing to manage multiple technical or governmental interfaces.

Regulatory, Compliance and Zero-Carbon Certification

Zero flaring solutions today are deeply connected to regulation and ESG frameworks. Clarence Group manages environmental compliance, emissions reporting, and Zero Routine Flaring certification according to international requirements, including EU, GCC, CIS and global environmental standards.

We prepare the documentation, regulatory engagement, sustainability filings, and reporting mechanisms that allow our clients to demonstrate verified carbon reduction milestones, preparing the organisation for ESG audits, finance approvals, and international green-investment programmes.

Carbon Credit Monetisation and Zero Carbon Accreditation

Beyond engineering, Clarence Group helps operators convert zero-flaring achievement into quantifiable carbon credits and certified carbon reduction units. We structure certification frameworks, measure avoided emissions, and engage accredited verification bodies so that clients can register reductions within recognised carbon systems.

This enables refineries and petrochemical facilities not only to reduce emissions but to generate certified carbon credit value, positioning gas flaring elimination as both an environmental and financial asset.

Digitalisation, Automation and Performance Optimisation

The transition to zero flaring also demands digital tools capable of monitoring operations, forecasting emissions, managing safety events, and integrating recovered gas into production processes. We provide digitalisation strategies, remote monitoring architectures, advanced SCADA, and supervisory analytics that enable predictive decision-making and smarter energy distribution across the plant.