Subsides

Governments and public organizations all over the world, offer support programs and grants for sustainable farming, energy and water efficiency and carbon footprint related methods. DryGair solution entitles the grower to several of these grants.

DryGair Energies provides general information on how our solution can fit into the different programs of agricultural grants for growers.

A grower buying DryGair solution can apply according to various support programs, granting according to energy efficiency criteria, water conservation criteria and reduction in carbon emission criteria.

DryGair solution, by saving a significant amount of heating energy, allows growers to reduce fossil fuel or gas consumption for heating in greenhouses, thus, reducing carbon emissions according to requirements of The 2015 United Nations Climate Change Conference in Paris.

General

Governments and public organizations all over the world, offer support programs and grants for sustainable farming, energy and water efficiency and carbon footprint related methods. DryGair solution entitles the grower to several of these grants.

DryGair Energies provides general information on how our solution can fit into the different programs of agricultural grants for growers.

A grower buying DryGair solution can apply according to various support programs, granting according to energy efficiency criteria, water conservation criteria and reduction in carbon emission criteria.

DryGair solution, by saving a significant amount of heating energy, allows growers to reduce fossil fuel or gas consumption for heating in greenhouses, thus, reducing carbon emissions according to requirements of The 2015 United Nations Climate Change Conference in Paris.

DryGair removes 45 L/h (12 G/h) of pure water which means ~600 L/night (~160 G/night). DryGair allows growers to recycle large amounts of purified water which can be used for irrigation or for any other purpose. For example: Assuming a pepper grower with DryGair unit that covers 1,250 m2. The grower irrigates around 5,500 L (1453 G) of water per day for that area. The unit condenses ~600 liters (~160 G) in 13 hours evening-night operation- 11% of the water invested in the growing process return to grower = Water Saving. These amounts of purified water can be collected and reused (after adding to it minerals) while contributing to sustainable water management.

DryGair removes 45 L/h (12 G/h) of pure water which means ~600 L/night (~160 G/night). DryGair allows growers to recycle large amounts of purified water which can be used for irrigation or for any other purpose. For example: Assuming a pepper grower with DryGair unit that covers 1,250 m2. The grower irrigates around 5,500 L (1453 G) of water per day for that area. The unit condenses ~600 liters (~160 G) in a 13 hours evening-night operation- 11% of the water invested in the growing process return to grower = Water Saving. These amounts of purified water can be collected and reused (after adding to it minerals), while contributing to sustainable water management.

DryGair removes 45 L/h (12 G/h) of pure water which means ~600 L/night (~160 G/night). DryGair allows growers to recycle large amounts of purified water which can be used for irrigation or for any other purpose. For example: Assuming a pepper grower with DryGair unit that covers 1,250 m2. The grower irrigates around 5,500 L (1453 G) of water per day for that area. The unit condenses ~600 liters (~160 G) in a 13 hours evening-night operation- 11% of the water invested in the growing process return to grower = Water Saving. These amounts of purified water can be collected and reused (after adding to it minerals), while contributing to sustainable water management.

DryGair removes 45 L/h (12 G/h) of pure water which means ~600 L/night (~160 G/night). DryGair allows growers to recycle large amounts of purified water which can be used for irrigation or for any other purpose. For example: Assuming a pepper grower with DryGair unit that covers 1,250 m2. The grower irrigates around 5,500 L (1453 G) of water per day for that area. The unit condenses ~600 liters (~160 G) in a 13 hours evening-night operation- 11% of the water invested in the growing process return to grower = Water Saving. These amounts of purified water can be collected and reused (after adding to it minerals), while contributing to sustainable water management.

DryGair removes 45 L/h (12 G/h) of pure water which means ~600 L/night (~160 G/night). DryGair allows growers to recycle large amounts of purified water which can be used for irrigation or for any other purpose. For example: Assuming a pepper grower with DryGair unit that covers 1,250 m2. The grower irrigates around 5,500 L (1453 G) of water per day for that area. The unit condenses ~600 liters (~160 G) in a 13 hours evening-night operation- 11% of the water invested in the growing process return to grower = Water Saving. These amounts of purified water can be collected and reused (after adding to it minerals), while contributing to sustainable water management.

DryGair removes 45 L/h (12 G/h) of pure water which means ~600 L/night (~160 G/night). DryGair allows growers to recycle large amounts of purified water which can be used for irrigation or for any other purpose. For example: Assuming a pepper grower with DryGair unit that covers 1,250 m2. The grower irrigates around 5,500 L (1453 G) of water per day for that area. The unit condenses ~600 liters (~160 G) in a 13 hours evening-night operation- 11% of the water invested in the growing process return to grower = Water Saving. These amounts of purified water can be collected and reused (after adding to it minerals), while contributing to sustainable water management.

DryGair removes 45 L/h (12 G/h) of pure water which means ~600 L/night (~160 G/night). DryGair allows growers to recycle large amounts of purified water which can be used for irrigation or for any other purpose. For example: Assuming a pepper grower with DryGair unit that covers 1,250 m2. The grower irrigates around 5,500 L (1453 G) of water per day for that area. The unit condenses ~600 liters (~160 G) in a 13 hours evening-night operation- 11% of the water invested in the growing process return to grower = Water Saving. These amounts of purified water can be collected and reused (after adding to it minerals), while contributing to sustainable water management.

DryGair removes 45 L/h (12 G/h) of pure water which means ~600 L/night (~160 G/night). DryGair allows growers to recycle large amounts of purified water which can be used for irrigation or for any other purpose. For example: Assuming a pepper grower with DryGair unit that covers 1,250 m2. The grower irrigates around 5,500 L (1453 G) of water per day for that area. The unit condenses ~600 liters (~160 G) in a 13 hours evening-night operation- 11% of the water invested in the growing process return to grower = Water Saving. These amounts of purified water can be collected and reused (after adding to it minerals), while contributing to sustainable water management.

DryGair removes 45 L/h (12 G/h) of pure water which means ~600 L/night (~160 G/night). DryGair allows growers to recycle large amounts of purified water which can be used for irrigation or for any other purpose. For example: Assuming a pepper grower with DryGair unit that covers 1,250 m2. The grower irrigates around 5,500 L (1453 G) of water per day for that area. The unit condenses ~600 liters (~160 G) in a 13 hours evening-night operation- 11% of the water invested in the growing process return to grower = Water Saving. These amounts of purified water can be collected and reused (after adding to it minerals), while contributing to sustainable water management.

Contact Us