Chemical Industry Decarbonization

How Companies Reduce Emissions and Improve Efficiency in the Chemical Sector

Define the Challenge and Context

The chemical industry accounts for 5-6% of global greenhouse gas emissions, largely from the energy-intensive production of ammonia, methanol and base chemicals. As demand increases, producers face stricter carbon regulations, including EU ETS and CBAM and growing investor and customer scrutiny. Decarbonizing complex, energy-heavy value chains demands reliable partners, renewable inputs and scalable low-carbon technologies.

Partner with STRIVE

STRIVE by STX partners with chemical companies to reduce emissions across energy-intensive operations. We deliver integrated renewable gas, electricity and efficiency solutions that balance regulatory compliance with cost efficiency.

Supported by STX Group’s trading reach, our team designs scalable decarbonization pathways, from low-carbon feedstock sourcing to verified emission compensation, ensuring measurable impact across the full value chain.

Our Solutions

Renewable Gas (Scopes 1 & 3)

Replace fossil feedstock in ammonia, methanol or hydrogen production with certified RNG to reduce direct and value-chain emissions.

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Biofuels & Bio-Feedstock (Scope 3)

Integrate certified biofuels or bio-feedstocks to decarbonize logistics and downstream products.

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Renewable Electricity (Scope 2)

Use GoOs, RECs, I-RECs or VPPAs to decarbonize power use and align with CSRD reporting.

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Energy Efficiency (Scope 1)

Implement efficiency audits and access White Certificates to reduce energy intensity and ensure EU ETS compliance.

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Compliance Advisory

Through Vertis Environmental Finance, manage ETS exposure, optimize carbon pricing and ensure transparent reporting.

Vertis

Carbon Credits

Offset residual emissions with verified reductions and removals that reinforce your sustainability impact.

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Start decarbonizing your chemical operations today.

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FAQs

What are the main emission sources in the chemical industry?

Most emissions arise from process heat, feedstock use and power consumption. Scope 3 also includes transport, product use and end-of-life treatment.

How does renewable electricity aid in chemical industry decarbonization?

Switching to renewable electricity lowers Scope 2 emissions from power, heating and electrolysis. Companies can use Energy Attribute Certificates (GoOs, RECs, I-RECs) or Virtual Power Purchase Agreements (VPPAs) to verify renewable consumption and align reporting with CSRD and CDP standards.

How does renewable gas contribute to decarbonization?

Renewable Natural Gas (RNG) or biomethane can replace fossil gas in process heat and feedstock applications, cutting Scope 1 and 3 emissions. It supports greener ammonia, methanol and hydrogen production with minimal infrastructure changes.

What regulations and frameworks affect the chemical sector’s decarbonization?

Key policies include the EU ETS, CBAM, RED III and CSRD, however, each region has to be analyzed individually.