Maximum protein with minimum water use

Published: 13-Jan-2016

Climate changes drive water management revolution for plant protein by Hinoman Ltd

Recent climate changes and freshwater shortages in a growing number of regions around the world inspired Hinoman to seek a complete water-management solution for its vegetable protein cultivation system.

Hinoman’s proprietary, eco-friendly cultivation process for plant protein enables water savings of up to 90% in comparison with most prominent vegetable protein alternatives, such as soy.

'We designed a precise hydroponics cultivation system that can answer water-management challenges in a wide range of geographical locations,' says Udi Alroy, VP of Business Development for Hinoman.

'Hinoman’s proprietary hydroponic cultivation process is fully adjustable and suitable for vast variety of climates. It optimises water usage and is especially applicable to semi-desert areas such as in South California, as well as colder climates,' he added.

Hinoman’s patented technology utilises a semi-closed-environment system to control and optimise the Mankai plant, a high-protein strain of duckweed grown in shallow water. In comparison with soy, kale or spinach, Mankai uses 10 times less water to grow as a crop. This ensures stable and sustainable production for 12 months of the year.

'Imagine how beneficial it is for growers seeking water management solutions, including fully recyclable water management,' explains Ron Salpeter, CEO for Hinoman. 'The race for alternative protein has just began, and the winners will be the companies that will provide a vegetal, non-GMO, high-protein ingredient, with maximum proximity to urban centres. Consumers demand high value, sustainable protein, locally or regionally sourced and with proven traceability. Hinoman offers an affordable, comprehensive solution that supports urban cultivation, or cultivation in proximity to food manufacturers.'

'Hinoman guarantees the plants will remain pure, clean, uncontaminated and free from pesticides and other non-desired residues. The resulting high-protein vegetable exceeds food safety and food security requirements under the very strictest international standards,' adds Alroy.

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