Voluntary Sodium Reduction Targets for Processed Foods 2020-2025

Objectives

Canada’s sodium-reduction framework, delivered through the Healthy Eating Strategy, seeks to make healthier food choices easier, improve the nutritional quality of the food supply and lower population sodium consumption. It aims for an average sodium intake of 2,300 milligrams per day and supports Canada’s commitment to the World Health Organization target of a 30% relative reduction in mean population sodium intake by 2025.[1][2][3]The central mechanism is a revised set of voluntary 2020–2025 sodium targets for processed foods, designed to achieve meaningful but technically feasible reductions across the Canadian market.[1][2]

• Reduce sodium concentrations in processed foods sold at retail, supplied as ingredients for further processing, and used in restaurants and other food-service settings.[2][4]
• Apply targets across 117 food categories, expanded from 94 categories to reflect differing product characteristics, sodium functions and market distributions, while covering most sodium-containing processed foods in the food supply.[5][3]
• Achieve two complementary category objectives: bring each manufacturer’s sales-weighted average sodium level to or below the relevant target and ensure every individual product is at or below its maximum sodium level.[4][6]
• Prioritise reductions in the saltiest products, with most maximum levels set at the 75th percentile of observed 2017 sodium concentrations.[4][6]
• Set new or adjusted sales-weighted-average targets generally 15% to 20% below 2017 measured levels, while allowing more proportionate reductions where technical constraints or product characteristics justify them.[5][6]
• Address sodium across a broad range of categories, including bakery products and cereals; dairy products, fats and fish; prepared foods and meat products; soups and snacks; sauces, condiments, vegetables and nut butters; seasoning mixes; and infant and toddler foods.[7][8][9][10][11][3]
• Support reformulation alongside wider Healthy Eating Strategy measures, including consumer information, a proposed front-of-package nutrition symbol for foods high in sodium, sugars or saturated fat, proposed restrictions on advertising such foods to children, and dietary guidance through Canada’s Food Guide.[2]

Implementation

Health Canada’s approach combines voluntary industry reformulation, detailed product-category benchmarks and market-based assessment. It builds on the 2012 targets and monitoring initiative, stakeholder feedback, Canadian and international evidence, and analysis of food-label and sales data.[2][4][12]The food processing sector is expected to work towards the 2025 targets, while Health Canada assesses progress and may consider other courses of action if industry progress is limited.[1][3]

• Define food categories and product descriptions in sufficient detail to distinguish foods with different technical properties, sodium uses and sodium-level distributions, including separate categories for products such as bakery goods, cheeses, sauces and prepared dishes.[5][7][8]
• Use a sales-weighted average target for each company’s combined products within a category, weighting each product’s sodium concentration by annual sales volume so that frequently purchased products have greater influence on the result.[4][6]
• Require each individual product to comply with the category maximum sodium level, thereby complementing sales-weighted averages by targeting products with particularly high sodium concentrations.[4][6]
• Measure sodium as milligrams per 100 grams of food and use 2017 food-supply measurements as the principal reference point for revised sales-weighted-average and maximum-level targets.[5][6]
• Collect food-label information nationally and match it with annual sales volumes in kilograms for the categories covered by the targets, producing data that reflect Canadians’ purchasing patterns.[4]
• Encourage manufacturers to use multiple reformulation options, including reducing added salt and, where appropriate, partially substituting potassium chloride for sodium chloride.[4]
• Account for food-safety and technical constraints in target setting, including sodium’s role in cured meats in reducing water activity and controlling microbial growth.[6]
• Monitor food-supply progress through current food-label and sales data, assessing category sales-weighted averages separately from individual-product compliance with maximum levels.[4][3]
• Assess population sodium exposure by combining food-intake data from the Canadian Community Health Survey - Nutrition with information on sodium levels in foods; achievement of the food-supply targets is expected to reduce average intake to about 2,300 milligrams per day.[13]
• Review progress in light of earlier evidence: the 2018 evaluation found modest voluntary reductions in most processed-food categories and found that the 2012 targets had generally not been met, despite an 8% decline in estimated average sodium intake since 2010 to 2,760 milligrams per day.[2]

Monitoring & Evaluation

Monitoring centres on assessing progress towards voluntary 2025 sodium-reduction targets for processed foods and towards an average population sodium intake of 2,300 milligrams per day. Food-supply sodium levels, product sales and population dietary-intake data provide the principal measures of performance.[1][3][13]

• Assess industry progress using current food-label data and annual sales-volume data for the 117 processed-food categories covered by sodium targets.[3]
• Collect label information across Canada and match each product’s sodium concentration with annual sales volumes in kilograms, so that assessments reflect foods Canadians purchase most frequently.[4]
• Calculate category sales-weighted averages by giving greater weight to products with higher annual sales, rather than treating all products equally.[4]
• Measure sodium concentrations and targets as milligrams of sodium per 100 grams of food.[6]
• Assess each category against two distinct benchmarks: the company-level sales-weighted average target and the maximum sodium level that every individual product must meet.[4][6]
• Use 2017 measured market sodium levels as the principal reference point for revised 2025 targets and maximum levels.[5][6]
• Set most maximum-level targets at the 75th percentile of 2017 sodium data, aiming to encourage reformulation of the saltiest products while reflecting observed market progress.[6]
• Compare historical 2016 targets, 2017 measured sales-weighted averages, and 2025 sales-weighted-average and maximum-level targets across detailed food categories.[7][14][8][15][16][9][10][11]
• Monitor 94 categories in the earlier assessment framework and 117 categories in the revised framework, which was expanded to cover most sodium-containing processed foods in the Canadian food supply.[4][5]
• Evaluate population sodium exposure by combining Canadian Community Health Survey - Nutrition food-intake data with information on sodium levels in foods.[13]
• Use attainment of food-supply targets as an expected pathway towards an average sodium intake of approximately 2,300 milligrams per day.[13]

Earlier results indicate why continued monitoring is required. The 2018 evaluation found that voluntary sodium reductions in most processed-food categories were modest and did not achieve the 2012 targets.[2]Average sodium intake had decreased by 8% since 2010 but remained an estimated 2,760 milligrams per day.[2]Population intake estimates and subgroup consumption data indicated continuing excess intake, including particularly high consumption among children and young males.[2]

• Evaluate progress towards the 2025 targets in collaboration with the food processing sector.[1]
• Consider other courses of action if assessment finds that the food processing sector is making little progress towards the voluntary targets.[3]
• Use category-level results to identify whether reductions are occurring in frequently purchased products and whether individual high-sodium products remain above applicable maximum levels.[4]
• Illustrate dual-target assessment through the cracker example, where a company sales-weighted average of 696 milligrams per 100 grams exceeded the 600-milligram target and one product also exceeded the 870-milligram maximum.[12]
• Track highly variable sodium levels across product types, illustrated by 2017 measured levels of 4,506 milligrams per 100 grams for soya, oyster and hoisin sauce, 1,230 milligrams for olives and sundried tomatoes, and 354 milligrams for nut butters.[17][18]

Health Canada coordinates delivery under the Healthy Eating Strategy alongside the food processing sector.[1]The available material does not specify a reporting timetable, a formal public reporting mechanism, a named independent evaluator, or detailed enforcement arrangements.[3][13]It also does not set out a broader surveillance governance structure beyond the use of food-label, sales and dietary-intake data.[10][19][11][17][18]

Costing & Financing

No budget, expenditure plan, financing allocation, funding source, resource-mobilisation mechanism or quantified funding gap is specified for implementation of the sodium-reduction targets.[1][4][5][3][13]

• Describe sodium-reduction interventions as highly cost-effective for improving population health, without providing a cost estimate, cost-effectiveness ratio, valuation method or underlying economic assumptions.[1]
• Omit programme-level costs and resource requirements for collecting food-label and sales data, analysing sales-weighted averages, monitoring population intake, engaging industry or implementing possible additional actions.[4][3][13]
• Omit financial information for the category-specific target framework, including targets for bakery foods, dairy products, meat and poultry, soups, snacks, sauces, vegetables, seasonings and infant and toddler foods.[7][8][9][10][11][3]

Accordingly, the material supports a qualitative conclusion that sodium reduction is presented as cost-effective, but it does not permit estimation of implementation costs, available funding, funding gaps, economic returns or affordability.[1][3][13]