FSSAI Quietly Raised Pesticide Limits in Spices 10x

In April 2024, FSSAI quietly made a regulatory change that received far less public attention than it deserved: it raised the Maximum Residue Limits (MRLs) for pesticides in herbs and spices from 0.01 milligrams per kilogram to 0.1 milligrams per kilogram — a tenfold increase. Environmental and health activists immediately called it out: "activists call out FSSAI for increasing permissible level of pesticides in Indian herbs and spices," ran Down to Earth's headline. FSSAI's position was that the new limits aligned India with Codex Alimentarius (the international food standards body) and with limits set by the US, EU, Japan, and Australia/New Zealand — that India's previous limit of 0.01 mg/kg had been set without adequate field trial data and was being replaced by evidence-based limits.

The same year, India's two largest spice export brands — MDH and Everest — faced import bans and recall orders in Hong Kong, Singapore, and Nepal, with testing finding ethylene oxide residues above permitted levels. Ethylene oxide is a sterilisation agent used to reduce microbial loads in spices; it is banned from food use in the EU and many Asian countries due to potential carcinogenicity. The bans caused significant reputational damage to Indian spice exports and prompted FSSAI to announce random testing of spice exports.

This article explains what India's pesticide MRL framework means in practice, which produce categories carry the highest documented residue risk, what FSSAI's monitoring data shows, and the most effective practical measures to reduce pesticide exposure from the vegetables and fruits you eat every day.

Maximum Residue Limits (MRLs) are regulatory thresholds that set the highest concentration of pesticide residue legally permitted in or on a food product. They are not safety thresholds in the sense that exceeding them immediately causes harm — rather, they are defined to ensure that daily consumption of multiple foods at typical dietary quantities, assuming residues are at MRL levels, does not expose consumers to more pesticide than the Acceptable Daily Intake (ADI) — a dose established from toxicological studies to be without appreciable health risk over a lifetime.

In India, MRLs are set by FSSAI based on: field trial data from India's Central Insecticides Board and Registration Committee (which tests how much pesticide residue actually remains on produce after application at approved doses and timings); alignment with international standards from Codex Alimentarius, EU, US, and other major trading partners; and risk assessments accounting for Indian dietary patterns and exposure levels. A food product with pesticide residue above the applicable MRL violates India's food safety standards regardless of whether the residue level poses acute health risk — the MRL violation is the regulatory trigger for enforcement action.

The April 2024 MRL increase for herbs and spices was contentious because critics argued it was driven primarily by export market alignment and industry pressure rather than new domestic risk assessments. FSSAI's counter-argument: India's previous blanket default of 0.01 mg/kg for all herbs and spices was not based on actual field trial data for specific pesticide-crop combinations, and the new limits reflect evidence-based risk assessment for individual combinations. Both positions have merit; the controversy illustrates the genuine tension between domestic food safety policy, export market access, and agricultural industry interests.

The 2024 import bans on MDH (Madhusudan Masala) and Everest products in multiple Asian markets were specifically triggered by ethylene oxide (EtO) residues above those countries' MRLs. Ethylene oxide is a gas used as a post-harvest sterilisation agent — applied to spices to kill pathogens including Salmonella and E. coli that can survive normal processing. It is widely used in the US and permitted with limits; it is banned from food use in the EU (as a sterilisation agent for spices) and many Asian countries because 2-chloroethanol, a breakdown product of ethylene oxide, is of toxicological concern.

India does not ban ethylene oxide as a food processing agent in the same way the EU does, and Indian MRLs for EtO are set at levels that permit its use. This created the regulatory mismatch: products legally compliant with Indian standards were non-compliant with importing countries' standards. From a domestic consumer perspective, MDH and Everest products that pass Indian regulatory tests are compliant with Indian law — but whether consumers find comfort in Indian MRL compliance or concern in the fact that the same products exceeded importing countries' limits is a matter of individual risk assessment.

FSSAI's response was to announce random testing of spice exports. Importantly, this created a compliance incentive primarily for exported products rather than domestically sold spice products — another gap in the regulatory framework that applies differently to products crossing international borders than to the same products sold in Indian retail.

FSSAI's Monitoring of Pesticide Residues at National Level (MPRNL) scheme provides systematic data on residue levels across Indian produce. The scheme identifies which crops most frequently show residues at or above MRL levels. While specific published findings from the most recent 2024-2025 cycle are still being compiled, consistent findings across multiple years of MPRNL data point to certain categories of concern.

Grapes: Indian grapes — particularly those exported to Europe — have faced repeated residue violations. EU monitoring data (which receives Indian grape shipments and tests them) consistently identifies Indian grapes as one of the high-frequency MRL violation categories from India. The pesticides detected include multiple insecticides and fungicides used in grape cultivation, reflecting the intensity of crop protection required for export-quality grape production.

Leafy vegetables: Spinach, methi (fenugreek), coriander, and other leafy greens are intensively cultivated in peri-urban areas near Indian cities, often with multiple crop cycles per year requiring frequent pesticide application. Because leafy greens have high surface area relative to weight, and are consumed whole (including the outer leaves where residue concentrates), they consistently appear in high-residue categories. FSSAI monitoring has found residue violations in leafy vegetables in samples from multiple states.

Chillies and peppers: The MDH-Everest controversy highlighted the spice category, but fresh green chillies and peppers — heavily consumed in Indian cooking — have similarly high pesticide application rates. Capsicums (bell peppers) imported from neighbouring countries have occasionally been flagged for residue violations at Indian ports.

Apples: Indian apples, particularly from Himachal Pradesh and Jammu & Kashmir, are intensively treated with pesticides during growth and post-harvest with fungicides to extend storage life. Apples have thin, edible skins that retain surface residues, making washing effectiveness lower than for thicker-skinned produce.

Lower-risk categories typically include: produce with thick inedible skins that create natural barriers (watermelon, pumpkin, onion, banana), legumes consumed dry or canned (dal, rajma, chana), and root vegetables where the consumed portion is underground and less exposed to surface-applied pesticides (though soil residue is still a consideration).

Washing: Washing produce under running water removes between 40–70% of surface pesticide residues for most pesticides, according to research. Washing with a dilute salt water or baking soda solution (1 teaspoon baking soda per litre of water, soak for 12–15 minutes) removes a higher proportion — a UC Davis study found baking soda solution removed more surface and subsurface residues than plain water or bleach washing. These methods are more effective for contact pesticides (applied to the surface) than for systemic pesticides (absorbed into the plant tissue), which cannot be washed off because they are inside the plant cell structure.

Peeling: Removing the skin of apples, cucumbers, potatoes, and similar produce eliminates surface residues but does not eliminate systemic residues that have penetrated into the flesh. For apples, peeling removes approximately 70–80% of surface-applied fungicide residues. The trade-off: apple skin contains significant amounts of fibre, quercetin, and other nutrients, so peeling to avoid residue involves a nutritional cost.

Cooking: Heat degrades many (not all) pesticides during cooking. Boiling and blanching removes 30–70% of many organophosphate and organochlorine residues. Microwaving and pressure cooking can also be effective for some pesticide classes. However, some pesticides (particularly fat-soluble ones) may concentrate in oily cooked dishes rather than being eliminated. For most commonly consumed Indian vegetables cooked in standard methods (boiling dal, making sabzi), residue reduction from cooking is meaningful but not complete.

India's pesticide residue monitoring system faces the same structural challenge as other FSSAI enforcement activities: the number of samples tested annually is a small fraction of total food production volume. The MPRNL scheme tests samples from markets and retail outlets across states — but systematic farm-level monitoring, or monitoring that would catch residue problems before produce reaches retail, is limited. This means most residue violations that reach consumers are discovered after the fact through retail sampling, not intercepted at the farm or distribution stage.

The Indian government has stated that India has "one of the most stringent standards" in the world for MRLs in some categories — a claim that is accurate for specific pesticide-commodity combinations but potentially overstated when compared to the EU's overall pesticide regulation framework (which is more restrictive in the broadest sense). The MRL debate is complex and expert-contested; the practical consumer reality is that documented residue violations exist across multiple Indian produce categories and the monitoring system is not yet catching all of them before they reach your plate.

Wash all produce — always. Even produce with lower residue risk benefits from washing. For leafy greens, a 12–15 minute soak in baking soda water before rinsing provides measurably better residue reduction than a quick rinse under running water.

Peel high-residue produce where nutritionally acceptable. Apples, cucumbers, and capsicums are worth peeling if you are concerned about residue, particularly for children's consumption, while acknowledging the nutrient trade-off for apples.

Prioritise organic certification for leafy greens and grapes if budget allows. These are the categories where FSSAI and international monitoring data most consistently find residue at concern levels, and where the premium for certified organic is most justified by evidence.

Buy seasonal, local produce from farmers' markets where provenance is traceable. Out-of-season produce typically requires more intensive pesticide use (more fungicides to extend shelf life, more insecticides to maintain appearance). In-season local produce grown near consumption areas often has lower application rates and shorter post-harvest chemical treatments.

Diversify your produce basket. Eating the same vegetables every day concentrates residue exposure from those specific categories. Rotating across multiple vegetable types — including lower-risk categories like onions, pumpkin, root vegetables, and dal — reduces cumulative exposure from any single high-residue crop.

Children are disproportionately vulnerable to pesticide exposure for multiple physiological reasons: pound for pound, they eat more food relative to body weight than adults, so their dietary pesticide dose per kilogram of body weight is higher for the same food. Their organ systems — particularly the developing nervous system and endocrine system — are more vulnerable to disruption from pesticide residues at levels that produce no observable effect in adults. And their diets often have less variety than adults', meaning they may repeatedly consume the same high-residue produce categories without the dilution effect of a more diversified diet.

For school-age children, the produce categories most worthy of attention in Indian dietary patterns include apples (frequently given as "healthy" snacks), grapes (a high-residue crop, particularly the seedless varieties favoured for children), leafy greens added to school daal-sabzi, and chillies and spices used in household cooking. The practical intervention for families with young children: prioritise organic certification for the produce categories your children eat most frequently and in largest quantities; wash all produce thoroughly regardless of source; peel apples; and maximise dietary variety across the vegetable basket.

For pregnant women, organophosphate pesticides (a major class used across Indian agriculture) have been associated in epidemiological research with adverse birth outcomes and neurodevelopmental effects at high exposure levels. India does not have specific "dirty dozen" guidance for pregnant women equivalent to what exists in some international markets, but applying the washing, peeling, and category-diversification practices described above is particularly well-justified during pregnancy, especially for leafy greens and grape consumption.

The MDH-Everest 2024 controversy drove significant search volume for "MDH Everest spice safe india," "ethylene oxide food india," "FSSAI spice ban india," and "is MDH masala safe to eat." More broadly, search trends show interest in "pesticide vegetables india," "how to remove pesticide from vegetables," "which vegetables are safe india," and "organic vegetables worth it india." The controversy highlighted how Indian food safety standards — while legally compliant domestically — can diverge from international standards in ways that affect consumer trust.

One regulatory gap that has received attention following the 2024 spice export bans is what happens to spice consignments rejected at international ports. When a shipment of Indian spices is rejected at the European or Singaporean border for pesticide residue or EtO violations, two things can happen: it can be destroyed, or it can be returned to the exporter in India. Returned consignments in some countries are required to be destroyed or clearly labelled as export-rejected and unable to be sold domestically — but enforcement of this requirement in India, and the documentation trail for returned export-rejected food products, is not systematically monitored.

Consumer advocates have raised the concern that export-rejected spice batches — rejected for exceeding other countries' MRLs but potentially still within India's MRLs — could re-enter the Indian domestic market without consumers being aware they are purchasing a batch that failed foreign safety standards. FSSAI's position is that a product compliant with Indian MRLs is legally saleable in India regardless of whether it was rejected abroad. Critics counter that the dual-standard creates a situation where Indian consumers are systematically exposed to pesticide levels that other countries' regulators have deemed unacceptable — a concern that the 10-fold MRL increase in April 2024 made more, not less, salient.

Pesticide residues in Indian produce are a real and documented concern — not a theoretical one. The regulatory framework is functional but incomplete: MRLs are set, monitoring occurs, violations trigger enforcement. But monitoring coverage is a fraction of production volume, and the 2024 import bans on major Indian spice brands demonstrated that residue problems can exist even in established, mainstream brand products. The most effective consumer responses are the simplest: wash produce thoroughly, prioritise organic certification for the highest-residue categories, diversify your vegetable basket, and check the AaharIQ platform for ingredient and additive risk scores on packaged products. Regulatory improvement on pesticide monitoring is a multi-year project; the washing, peeling, and sourcing habits described above are available to you right now.