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Tanzania burns the gas it sells to the world. Nobody talks about it. Day 15 of explaining oil and gas like you are hearing it for the first time. Yesterday we a

Ronka Kisemya
Ronka Kisemya
Verified Source
2026-03-28 2 min read
**Key Insight:** Tanzania's gas flaring is a significant challenge in the country's energy sector.

Tanzania burns the gas it sells to the world. Nobody talks about it. Day 15 of explaining oil and gas like you are hearing it for the first time. Yesterday we asked the hardest question in Tanzania’s energy story. Today I want to talk about something happening in parts of Tanzania’s oil and gas operations that many people rarely hear about. It is called gas flaring. And it is one of the most inefficient practices in the energy industry. Here is what it means in simple terms. When oil or gas is extracted from underground, natural gas often comes up alongside it. In some cases, there is no immediate infrastructure to transport or process it. So instead of capturing it, it is burned at the production site. This burning is called flaring. A visible flame at the top of a stack, operating continuously or intermittently depending on production conditions. It prevents uncontrolled gas release, but it also wastes usable energy. Globally, gas flaring still happens in several oil producing regions, amounting to large volumes of wasted natural gas every year. That gas could otherwise be used for electricity generation, industrial supply, or domestic energy needs. In Tanzania, natural gas production has been growing over the past decades, especially from offshore and onshore fields such as Mnazi Bay and Songo Songo. While Tanzania is primarily a gas producer rather than a major oil flaring country, managing associated gas efficiently remains an important part of the energy system. The goal in modern oil and gas development is simple: Reduce flaring, increase gas capture, and maximize utilization. This is why new developments in Tanzania’s gas sector are increasingly focused on infrastructure such as processing plants, pipelines, and power generation systems. Organizations like TPDC and international partners have also supported efforts aligned with global initiatives to reduce routine flaring over time. The shift is not just environmental. It is economic. Every unit of gas captured instead of flared represents potential energy for homes, industries, and power generation. That is why engineers today are not only focused on extraction. They are focused on utilization. Because in modern energy systems, what you capture is just as important as what you produce. Tomorrow I will explain what carbon credits are and how countries can turn emissions reduction into economic value. Follow me so you do not miss Day 16. Share this with one Tanzanian who has never heard the term gas flaring before today. #GasFlaring #Tanzania #OilAndGas #TPDC #MnaziBay #EnergyAfrica #NaturalGas #Engineering #DarEsSalaam #EnergyTransition #Day15

GasGx Editorial Insight
**Key Insight:** Tanzania's gas flaring is a significant challenge in the country's energy sector.

**Body Paragraph 1: Market Situation**

Tanzania, despite being a major gas producer, faces challenges related to gas flaring. Flaring is a process where natural gas is burned at the production site instead of capturing it for further use. This practice wastes valuable energy and contributes to environmental pollution. In Tanzania, gas flaring still occurs, contributing to large volumes of wasted natural gas every year. This issue is not only environmental but also economic, as every unit of gas captured instead of flared represents potential energy for homes, industries, and power generation.

**Body Paragraph 2: GasGx Solution**

GasGx offers a solution to this problem by providing an LCOE (Levelized Cost of Energy) calculator that can help operators accurately forecast their costs over time. This tool allows them to make informed decisions about infrastructure investments and operational efficiency, ultimately reducing flaring and increasing gas capture. By using GasGx's tools, operators can optimize their operations and maximize the value of their gas resources.

**GasGx Take:** GasGx's LCOE calculator is a powerful tool that can help operators reduce flaring and increase gas capture. By using this tool, they can make informed decisions about infrastructure investments and operational efficiency, ultimately reducing their costs and maximizing the value of their gas resources.

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