India shifts ethanol feedstock amid El Niño hit

Dry summer weather associated with this year’s El Niño has left many sugarcane fields in India parched, undermining sugarcane production. Reports highlight that the weaker crop has tightened supplies of cane available for both sugar and ethanol production.

The damage to sugarcane has contributed to higher sugar prices, reflecting concern over domestic availability. These price moves underscore the pressure on policymakers to prioritize food and sweetener needs when overall cane output is constrained.

In light of the reduced sugarcane supply, authorities are acting to limit how much cane and sugar are diverted to ethanol. The policy response is aimed at preserving more sugarcane-derived output for direct sugar use rather than for fuel blending.

This shift comes within the framework of India’s broader biofuel strategy, which has relied in part on sugarcane-based feedstocks to meet ethanol-blending targets. With cane yields under strain, maintaining the previous balance between sugar and ethanol has become more difficult.

Reporting indicates that tighter sugarcane supply is prompting a move toward greater use of grain-based alternatives for ethanol. Corn (C1) and rice are identified as key substitutes expected to play a larger role in meeting ethanol demand.

The increased reliance on grains marks a change in the composition of India’s ethanol feedstock basket. This adjustment affects procurement planning for ethanol producers, who must secure adequate volumes of corn (C1) and rice as sugarcane-based inputs become less available.

The shift away from sugar-derived ethanol complicates India’s efforts to advance ethanol-blending while managing food and sweetener markets. Higher sugar prices and lower cane availability highlight the trade-offs between energy security goals and domestic sugar supply.

Balancing these objectives will require reconfiguring feedstock logistics, pricing, and supply chains to accommodate more grain-based ethanol. The current policy stance illustrates how climate-linked disruptions to agricultural output can quickly feed through to both commodity markets and energy planning.