Oily Palmers

The previous two episodes in this series mapped two of the three highest-yielding biofuel feedstocks — algae (in the Gulf of Mexico) and tallow (along the Texas Gulf Coast). The third — oil palm — produces approximately 650 gallons of biodiesel per acre, second only to algae among commercial feedstocks. Where it grows determines the geography of the third leg of the Gulf-region biofuel transition.

The Climate Constraint

Oil palm (Elaeis guineensis) requires tropical conditions — year-round warmth, no frost, 2,000–4,000 mm annual rainfall, 80 percent humidity, and elevations from sea level to roughly 500 meters. That climate envelope rules out the U.S. mainland. Eighty-five percent of current global palm production comes from Southeast Asia (Indonesia and Malaysia). West and Central Africa form the second-largest producing region. Latin America — specifically southern Mexico, Central America, and the northern Amazon basin — is the documented expansion frontier of the industry.

The Latin American Expansion

Research by GRAIN (the international advocacy organization tracking land grabs) and by Oxfam has documented the current Latin American palm-oil expansion in detail. Active expansion zones include:

Mexico — southern states (Chiapas, Tabasco, Veracruz), with documented incursion into traditional indigenous territories and into the Lacandon jungle.

Guatemala — the Petén region, where massive deforestation for palm plantations is converting ancient rainforest to monoculture.

Honduras and Nicaragua — both established palm-producing zones with continuing expansion.

Colombia, Peru, and the Amazon basin — the largest reserves of suitable forest in the hemisphere, the longest-term frontier.

The Documented Pattern

GRAIN’s reporting characterizes the expansion as following a consistent operational pattern: violence and intimidation toward indigenous and Afro-descendant populations; assassinations of community leaders documented in Honduras and Guatemala; legal manipulation through corrupt courts to declare communal lands abandoned; and environmental degradation of water sources to force exodus. The end state is land cleared of its original inhabitants, acquired cheaply by foreign-controlled shell companies, and converted to palm monoculture for global biodiesel and food-industry export. This is documented current activity, not historical or projected.

The Continuous Geography

Place the three feedstocks on a map. Algae production sits in the Gulf of Mexico itself. Tallow plantations sit along the U.S. Gulf Coast (Texas, Louisiana, Mississippi, Alabama, Florida) in the temperate-warm zone. Palm plantations sit south of the Gulf, in the tropical zone — Mexico’s southern states, Central America, and the northern South American coast. The three zones form one continuous biofuel-production geography: aquatic, temperate terrestrial, tropical terrestrial. No major commercial feedstock is missing from the spectrum. The Gulf basin and its rim, end to end, span the entire commercial-yield range.

The convergence question — whether this contiguous geography reflects coordinated planning or independent regional industrial expansion that happened to align — is not resolvable from open-source evidence. What is documentable is the continuity itself: the same investment classes (sovereign wealth funds, climate-focused private equity, energy transition funds) hold positions in operations across all three zones; the same green-energy framing supports the political license for each; the same dispossession dynamics — through different mechanisms in different jurisdictions — clear the way in each. The next two episodes look at the investment morality and the named investors who sit at the intersection.

Working draft. Sources include GRAIN’s reporting on Latin American palm-oil expansion and indigenous displacement; Oxfam research on land grabs in the palm-oil sector; published academic work on tropical deforestation and oil palm in Mesoamerica and the Amazon; standard agronomic references on oil palm yield and cultivation requirements; and the U.S. Energy Information Administration data on global biodiesel feedstock by yield.