Above: Kids in Bousenmura, rural Odisha, India with soymilk from World Bank-funded school feeding program

Malnutrition Matters is a Canadian-registered, non-profit organization, dedicated to providing sustainable low cost food technology solutions for malnutrition, primarily by using soya, but also cereals, grains, fruits and vegetables. These plant-based foods offer the greatest nutritional, environmental and economic benefits. Furthermore, soymilk and its derivative soyfoods are already well-known for their nutritional value, functionality and the sustainability of their agriculture and production.

Malnutrition Matters' Goals:

Empowerment of Women & Smallholder Farmers

Sustainable Micro-Enterprise: Rural and Urban

 Affordable, Improved Nutrition: Rural and Urban

 Potential Ten-fold reduction in GHGs, land & water use

Left: Children at orphanage in North Korea  Center: Schoolgirls in Malawi  Right: SoyaKit training near Wa, Ghana

The services of this organization are primarily in support of NGO's / PVO's and small to medium-sized entrepreneurs to develop and expand nutrition and employment programs in developing countries. These services include: equipment supply, training and consulting for production and project management, food product development and related nutritional and agricultural issues. A main objective is to help create sustainable micro-enterprises centered on these affordable food technologies. Technology transfers, to allow the fabrication, training and service to be done in developing countries, have been completed in several countries.

The technologies and expertise relate primarily to food production in two areas. First, small-scale soymilk systems (SoyCow, VitaGoat and SoyaKit) producing soymilk and derivatives including yogurts, tofu, desserts, spreads, etc. The technology can also produce and preserve soups, purees, juices and other foods made from a variety of fruits and vegetables.
 
Second, food drying systems powered by solar technology and/or biomass fuel. These systems can also be adapted to provide heat for a building at low cost. This allows for effective year-round use of the technology: using it for food drying when crops are in season, and for heating in the winter.
 
There is no food waste when using these technologies.

Above: Kids in Bousenmura, rural Odisha, India with soymilk from World Bank-funded school feeding program

Malnutrition Matters is a Canadian-registered, non-profit organization, dedicated to providing sustainable low cost food technology solutions for malnutrition, primarily by using soya, but also cereals, grains, fruits and vegetables. These plant-based foods offer the greatest nutritional, environmental and economic benefits. Furthermore, soymilk and its derivative soyfoods are already well-known for their nutritional value, functionality and the sustainability of their agriculture and production.

Malnutrition Matters' goals:

Empowerment of Women & Smallholder Farmers

Sustainable Micro-Enterprise: Rural and Urban

 Affordable, Improved Nutrition: Rural and Urban

 Potential Ten-fold reduction in GHGs, land & water use

Left: Children at orphanage in North Korea  Center: Schoolgirls in Malawi  Right: SoyaKit training near Wa, Ghana

The services of this organization are primarily in support of NGO's / PVO's and small to medium-sized entrepreneurs to develop and expand nutrition and employment programs in developing countries. These services include: equipment supply, training and consulting for production and project management, food product development and related nutritional and agricultural issues. A main objective is to help create sustainable micro-enterprises centered on these affordable food technologies. Technology transfers, to allow the fabrication, training and service to be done in developing countries, have been completed in several countries.

The technologies and expertise relate primarily to food production in two areas. First, small-scale soymilk systems (SoyCow, VitaGoat and SoyaKit) producing soymilk and derivatives including yogurts, tofu, desserts, spreads, etc. The technology can also produce and preserve soups, purees, juices and other foods made from a variety of fruits and vegetables.
 
Second, food drying systems powered by solar technology and/or biomass fuel. These systems can also be adapted to provide heat for a building at low cost. This allows for effective year-round use of the technology: using it for food drying when crops are in season, and for heating in the winter.
 
There is no food waste when using these technologies.