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The Food and Drink Federation carried out a survey in 1999 to clarify the usage and functionality of salt as an ingredient in UK manufactured branded food products. The results demonstrate the availability of a choice of labelled products, with a wide range of sodium content within product categories. Salt serves a variety of purposes in manufactured foods particularly as a preservative and flavouring. Many UK manufacturers have implemented recipe alterations to reduce the sodium content of their products or are keeping this possibility under review. In many product categories, there are constraints to reducing the sodium content of products, including detrimental effects on product safety, quality and consumer acceptance. The industry is responsive to consumer demand and is committed to providing nutrition labelling information about sodium content, when practicable, on the pack.

The purpose of this paper is to explore the barriers to, and implications of, salt reduction initiatives within the UK food manufacturing industry.

In total, 13 technical and new product development (NPD) managers were purposefully sampled from businesses supplying foods within the chilled convenience food sector. Data were generated using semi-structured interviews incorporating the critical incident technique. Thematic and comparative analyses identified similarities and differences in the challenges facing different product categories within the sector.

Barriers to further salt reduction included: manufacturing limitations; NPD constraints; food safety, quality and shelf-life trade-offs; and organoleptic acceptance. No single barrier dominated industry concerns and many barriers were interlinked. Overarching issues of competitive inequality between signatories and non-participants to voluntary salt reduction agreements, and the experience of product reformulation having reached its limits were prevalent.

This research provides a food industry perspective on the identified barriers faced by UK food processors and manufacturers in advancing salt reduction within the chilled convenience sector.

Salt is one of the most valuable substances available to man, with a definitive role in the human body and in food production. However, the continued use or indeed misuse of salt has led to adverse effects on health. The increasing consumption of convenience foods has contributed greatly to a high salt intake. Highly processed, convenience foods are known to contain large quantities of salt to optimise storage stability and flavour acceptability. Current high salt intakes have therefore been attributed to processed foods, accounting for 75‐85 per cent of total salt intake. Such findings and associated health implications have prompted a call from health professionals and food researchers to reduce salt intake. Effective salt reduction, however, can only be achieved with the co‐operation and commitment of the food industry in the development of lower‐salt processed foods.

Excessive sodium intake is associated with several diseases. Accordingly, several measures, including microparticulate salt, have been adopted to reduce the salt contents of food products. However, no studies have reported the effectiveness of microparticulate salt in semisolid and liquid products. Accordingly, the purpose of this paper is to evaluate the application of microparticulate salt to reduce sodium contents in semisolid products.

The optimal salt content to be added in butter was defined by the just-about-right-scale test. Butter samples were prepared using microparticulate salt to achieve 25, 50 and 75 per cent reductions in conventional salt concentrations. Multiple comparison tests were performed to evaluate sample taste.

The ideal concentration of conventional salt to be added to butter was 2.16 per cent. Discriminative tests showed that samples with 25 and 75 per cent salt reduction showed significant differences (p ⩽ 0.05) compared with butter prepared at the ideal salt content, whereas the sample with 50 per cent salt reduction had no significant difference (p > 0.05). Thus, microparticulate salt showed higher salting power than conventional salt. These results indicated the effectiveness of microparticulate salt in the preparation of semisolid products with sodium reduction.

More detailed studies about the reduced-sodium butter shelf life are necessary to verify the microparticulate salt application in the product preparation. Moreover, microparticulate salt application in semisolid and liquid products elaboration must be more investigated to better elucidate its practicability of reducing sodium content in these kinds of products. Therefore, researchers are encouraged to test the proposed propositions further.

Microparticulate salt has been successfully applied to reduce sodium in solid products, being added to the finished product surface. However, there are no studies that report its effectiveness in semisolid and liquid products, such as the butter, in which the salt is added during the product preparation. Thus, this research provides new scientific information to the food industry and research fields, to expand the knowledge of reduced-sodium products development using microparticulate salt with sensory quality.

No studies have evaluated the application of microparticulate salt for semisolid product preparation. Therefore, the findings will support the development of healthy products.

Public health policy has long called for significant reductions in salt intake. To date most research has been confined to processed foods. This approach fails to include the foodservice industry and its impact on population health. The purpose of this paper is to understand perceptions of what responsibility, if any, these professionals felt they had within the public health agenda. International comparisons were made to assess whether previous reductions of salt intake among UK adults was attributable to groundswell attitudinal changes at the chef/manager level, which US counterparts may not have embraced.

This study took the qualitative approach of phenomenology as the research strategy to explore prevailing perceptions of the role and responsibility of food service regarding salt intake. Chefs and managers who deal directly with consumers were given in-depth semi-structured interviews designed to reveal the underlying themes that inform the participant’s perceptions of added salt.

Major findings from both the USA and UK indicate that ground-level chef/managers do not feel a social responsibility to limit public salt consumption. Chef/managers of both countries exhibited little nutritional understanding of the health impacts of salt intake and strong reluctance to make any reductions in salt use in their daily operations. The participants cite a lack of consumer interest and the fear that any salt adjustment would change the food’s sensory acceptability putting them at a competitive disadvantage.

To the authors’ knowledge this is the first study to examine professional foodservice personnel’s perceptions and knowledge of salt intake and the public health perspective.

Increased dietary salt content is one of the effective factors of hypertension and a major public health challenge globally. Although the positive effects of dietary salt reduction on health are universally accepted, people can hardly reduce their salt intake. The purpose of this study is to identify the inhibitory factors of dietary salt reduction among 20–65-year-old women in Yazd City, Iran.

This study was conducted using a deductive content analysis approach based on the communication for the behavioral impact (COMBI) framework. The purposeful sampling method was applied with maximum variation in terms of different educational levels, age groups, occupational status and residential areas to select the participants. Snowball sampling was used to select health-care professionals. Furthermore, semi-structured interviews and focus-group discussions were conducted with 31 local women and 11 health-care professionals working in the City until data saturation was achieved. Data were analyzed using Graneheim and Landsman’s method.

After data analysis, 617 initial codes were extracted over the perceived barriers. After merging similar codes, 223 codes were extracted. The barriers were classified into five main categories of family, personal, organizational, educational and socio-cultural barriers.

Based on the COMBI framework, the results demonstrated that the most important barriers for reducing salt intake were negative attitude toward restrictions on dietary salt intake, insufficient and incorrect beliefs about the health risk of salt, lack of family support, inadequate health literacy and low self-efficacy in Yazd City. Among these barriers, lack of family support was considered as the most effective factor in reducing salt consumption. So, by focusing on this area and providing the community with the required education, the amount of salt consumed by families can be reduced.

The purpose of this paper is twofold: first, it aims to investigate how salt and sugar reduction in foods due to the pressure from the emerging food regulations will affect the physico-electrical properties (PEPs) of orange juice and tomatoes during a selected PEP-dependent thermal processing. Second, the authors are keen to understand how variations in salt and sugar ingredients will affect the time-temperature processing requirements.

PEPs of the samples (orange juice and tomatoes) were measured using the KD2 thermal analyser and RS conductivity metre. Both samples with varying salt and sugar levels were subjected to ohmic heating processing using a 10 kW ohmic heater. Dehydration rates and processing times for pasteurisation were obtained.

Electrical conductivity increases with added salt in tomato puree but decreases with added sugar in orange juice. Statistical evidence confirmed significant changes in heating rates and processing times of tomatoes and orange juice as their relevant salt and sugar levels change. Reduction in salt content in tomato puree led to increase in time and energy for the thermal processes. While reduction in added sugar in orange juice results led to reduction in processing time and energy requirement for the processing operation.

The study is limited to small change in salt and sugar variations in order to reflect recommended limits. There were therefore no significant changes in thermal conductivity for the range investigated. Also this study is focussed on two food products.

Current pressure on the need to reduce salt and sugar in foods necessitates research to increase food processing industry insight into the process and product impacts of such recipe changes, with particular regard to processing efficiency and product safety and quality.

This study represents an attempt to understand the impact of salt and sugar variations on properties and processing requirements of tomato puree and orange juice.

Secondary school children′s knowledge, attitudes and eating habits towards dietary salt (NaC1) were measured by self‐completed questionnaires in schools in Nottinghamshire (East Midlands of England) and analysed on the basis of age and sex. The results showed that a very high proportion (86 to 98 per cent) of children (both boys and girls) add salt to foods, with approximately 70 per cent of the younger children adding salt before tasting. The most popular food to which salt was added was chips (94 per cent of all children) and the least popular were pasta, soup and salad. The majority of the children perceived their own salt intake as medium in level, but this perception did not discriminate between added salt and salt present in processed food, about which their knowledge was fairly poor. Comparison of the sodium (Na) content of pastry samples produced by an in‐house recipe in several Nottingham schools showed them to vary five‐fold, but in every case except one they were lower than the Na level of a commercial pastry mix marketed to school meals authorities. Consideration should be given to a substantial reduction in Na contents of a range of both in‐house recipe foods and prepacked processed foods provided to children in school meals.

Evidence for the harmful effect of salt on the health of adults is growing and is now so overwhelming that government authorities and health experts are recommending that adults should not consume more than 6g of salt a day. However, no such recommendations exist for children. Presents evidence to show that by eating their current high‐salt diet children are storing up health problems for the future. Evidence also exists to show that children’s poor diets are having health implications now, such as worsening of asthma and possibly preventing children from achieving their peak bone mass. Children’s diets have already been shown to increase the risk of obesity, heart disease and other health problems and these problems are being compounded by a high salt intake. Food providers and industry need to follow the lead of most major supermarkets, and gradually start to reduce the level of salt in food provided for both adults and children.

Shows how blood pressure increases with age in Western communities, where the amount of salt in the diet is relatively high. A reduction in salt consumption would lower blood pressure, which, in turn, would result in a substantial reduction in mortality due to stroke and to heart disease.