PhotoStock-Israel Licensed stock photography

Show Navigation
  • Portfolio
  • About
  • Contact
  • Archive
    • All Galleries
    • Search
    • Cart
    • Lightbox
    • Client Area

Search Results

Refine Search
Match all words
Match any word
Prints
Personal Use
Royalty-Free
Rights-Managed
(leave unchecked to
search all images)
{ 50 images found }

Loading ()...

  • Israel, Hadera, underwater photography of the offshore suction head for the desalinization plant. The facility will produce 127 Million m3 per a year and will be operated in the "reveres osmosis" technique. Zinc blocks to reduce corrosion can be seen on the top of the suction head
    HN_Commercial-diver_HGI5940_fs.jpg
  • Israel, Hadera, underwater photography of the offshore suction head for the desalinization plant. The facility will produce 127 Million m3 per a year and will be operated in the "reveres osmosis" technique. The self cleaning mechanism works by spraying a water jet at the intake filters
    HN_Commercial-diver_HGI5853_fs.jpg
  • Israel, Hadera, underwater photography of the offshore suction head for the desalinization plant. The facility will produce 127 Million m3 per a year and will be operated in the "reveres osmosis" technique. The self cleaning mechanism works by spraying a water jet at the intake filters
    HN_Commercial-diver_HGI5841_fs.jpg
  • Israel, Hadera, underwater photography of the installation work of the offshore suction head for the desalinization plant. The facility will produce 127 Million m3 per a year and will be operated in the "reveres osmosis" technique.
    HN_Commercial-diver_HGI5831_fs.jpg
  • Israel, Hadera, underwater photography of the installation work of the offshore suction head for the desalinization plant. The facility will produce 127 Million m3 per a year and will be operated in the "reveres osmosis" technique.
    HN_Commercial-diver_HGI5810_fs.jpg
  • Israel, Hadera, underwater photography of the offshore suction head for the desalinization plant. The facility will produce 127 Million m3 per a year and will be operated in the "reveres osmosis" technique. Zinc blocks to reduce corrosion can be seen on the top of the suction head
    HN_Commercial-diver_HGI5792_fs.jpg
  • Israel, Hadera, underwater photography of the installation work of the offshore suction head for the desalinization plant. The facility will produce 127 Million m3 per a year and will be operated in the "reveres osmosis" technique.
    HN_Diver_0024.jpg
  • Israel, Hadera, underwater photography of the installation work of the offshore suction head for the desalinization plant. The facility will produce 127 Million m3 per a year and will be operated in the "reveres osmosis" technique.
    HN_Commercial-diver_HGI5767_fs.jpg
  • Israel, Hadera, underwater photography of the offshore suction head for the desalinization plant. The facility will produce 127 Million m3 per a year and will be operated in the "reveres osmosis" technique. Rope securely tied to a shackle, Zinc blocks to reduce corrosion can be seen on the top of the suction head
    HN_Commercial-diver_HGI5947_fs.jpg
  • Israel, Hadera, underwater photography of the offshore suction head for the desalinization plant. The facility will produce 127 Million m3 per a year and will be operated in the "reveres osmosis" technique. Zinc blocks to reduce corrosion can be seen on the top of the suction head
    HN_Commercial-diver_HGI5923_fs.jpg
  • Israel, Hadera, underwater photography of the offshore suction head for the desalinization plant. The facility will produce 127 Million m3 per a year and will be operated in the "reveres osmosis" technique. The protective netting. First barrier filter
    HN_Diver_0026.jpg
  • Israel, Hadera, underwater photography of the offshore suction head for the desalinization plant. The facility will produce 127 Million m3 per a year and will be operated in the "reveres osmosis" technique. The protective netting. First barrier filter
    HN_Commercial-diver_HGI5862_fs.jpg
  • Israel, Hadera, underwater photography of the offshore suction head for the desalinization plant. The facility will produce 127 Million m3 per a year and will be operated in the "reveres osmosis" technique. The self cleaning mechanism works by spraying a water jet at the intake filters
    HN_Commercial-diver_HGI5858_fs.jpg
  • Israel, Hadera, underwater photography of the installation work of the offshore suction head for the desalinization plant. The facility will produce 127 Million m3 per a year and will be operated in the "reveres osmosis" technique. Commercial Diver installing zinc block to reduce erosion
    HN_Commercial-diver_HGI5818_fs.jpg
  • Israel, Hadera, underwater photography of the installation work of the offshore suction head for the desalinization plant. The facility will produce 127 Million m3 per a year and will be operated in the "reveres osmosis" technique.
    HN_Diver_0025.jpg
  • Israel, Bay of Haifa, Offshore rig salvages the remains of the Israeli cargo vessel "Shelly" that sunk 3km from the harbour after a collision with a passenger ship on August 31 2007. Commercial diver gets ready for a dive in the Mediterranean sea. Cables from the surface are supplying electrical power for the lights, and allowing communication with the surface. The diver is using a helmet connected to an air supply on his back
    HN_Diver_0028.jpg
  • Israel, Bay of Haifa, Offshore rig salvages the remains of the Israeli cargo vessel "Shelly" that sunk 3km from the harbour after a collision with a passenger ship on August 31 2007. Commercial diver coming out of the Mediterranean sea. Cables from the surface are supplying electrical power for the lights, and allowing communication with the surface. The diver is using a helmet connected to an air supply on his back
    HN_Commercial-diving_DSC_5733_fs.jpg
  • Israel, Bay of Haifa, Offshore rig salvages the remains of the Israeli cargo vessel "Shelly" that sunk 3km from the harbour after a collision with a passenger ship on August 31 2007. Crane operator on the barge lifting a door out of the sea
    HN_Commercial-diving_DSC_5709_fs.jpg
  • Israel, Bay of Haifa, Offshore rig salvages the remains of the Israeli cargo vessel "Shelly" that sunk 3km from the harbour after a collision with a passenger ship on August 31 2007. Crane operator on the barge lifting a door out of the sea
    HN_Commercial-diving_DSC_5707_fs.jpg
  • Israel, Bay of Haifa, Offshore rig salvages the remains of the Israeli cargo vessel "Shelly" that sunk 3km from the harbour after a collision with a passenger ship on August 31 2007. Crane operator on the barge lifting a door out of the sea
    HN_Commercial-diving_DSC_5703_fs.jpg
  • Israel, Hadera, offshore installation work of the suction head for the desalinization plant. The facility will produce 127 Million m3 per a year and will be operated in the "reveres osmosis" technique. Crane operator on the barge
    HN_Commercial-diver_DSC_5428_fs.jpg
  • Israel, Hadera, offshore installation work of the suction head for the desalinization plant. The facility will produce 127 Million m3 per a year and will be operated in the "reveres osmosis" technique.
    HN_Commercial-diver_DSC_5241_fs.jpg
  • Israel, Hadera, underwater photography of the offshore suction head for the desalinization plant. The facility will produce 127 Million m3 per a year and will be operated in the "reveres osmosis" technique. Zinc blocks to reduce corrosion can be seen on the top of the suction head
    HN_desalination_4.jpg
  • Silhouette of a woman at the beach at sunset offshore rig in the background
    YM_m_0909_099_fs.jpg
  • Israel, Bay of Haifa, Offshore rig salvages the remains of the Israeli cargo vessel "Shelly" that sunk 3km from the harbour after a collision with a passenger ship on August 31 2007. Commercial diver gets ready for a dive in the Mediterranean sea. Cables from the surface are supplying electrical power for the lights, and allowing communication with the surface. The diver is using a helmet connected to an air supply on his back
    HN_Commercial-diving_DSC_5738_fs.jpg
  • Israel, Bay of Haifa, Offshore rig salvages the remains of the Israeli cargo vessel "Shelly" that sunk 3km from the harbour after a collision with a passenger ship on August 31 2007. Commercial diver coming out of the Mediterranean sea. Cables from the surface are supplying electrical power for the lights, and allowing communication with the surface. The diver is using a helmet connected to an air supply on his back
    HN_Commercial-diving_DSC_5724_fs.jpg
  • Israel, Bay of Haifa, Offshore rig salvages the remains of the Israeli cargo vessel "Shelly" that sunk 3km from the harbour after a collision with a passenger ship on August 31 2007. Commercial diver coming out of the Mediterranean sea. Cables from the surface are supplying electrical power for the lights, and allowing communication with the surface. The diver is using a helmet connected to an air supply on his back
    HN_Commercial-diving_DSC_5723_fs.jpg
  • Israel, Bay of Haifa, Offshore rig salvages the remains of the Israeli cargo vessel "Shelly" that sunk 3km from the harbour after a collision with a passenger ship on August 31 2007. Commercial diver coming out of the Mediterranean sea. Cables from the surface are supplying electrical power for the lights, and allowing communication with the surface. The diver is using a helmet connected to an air supply on his back
    HN_Commercial-diving_DSC_5719_fs.jpg
  • Israel, Bay of Haifa, Offshore rig salvages the remains of the Israeli cargo vessel "Shelly" that sunk 3km from the harbour after a collision with a passenger ship on August 31 2007. Crane operator on the barge lifting a door out of the sea
    HN_Diver_0027.jpg
  • Israel, Hadera, offshore installation work of the suction head for the desalinization plant. The facility will produce 127 Million m3 per a year and will be operated in the "reveres osmosis" technique. Protective netting being lowered off a barge into the sea to be fitted onto the suction head
    HN_Commercial-diver_DSC_5412_fs.jpg
  • Israel, Hadera, offshore installation work of the suction head for the desalinization plant. The facility will produce 127 Million m3 per a year and will be operated in the "reveres osmosis" technique. Self cleaning apparatus with water ejecting holes, being lowered off a barge into the sea
    HN_Commercial-diver_DSC_5259_fs.jpg
  • Derrick Crane ship anchored off the coast of Hydra, Greece
    DS_f_Greek-Island_0440.jpg
  • Derrick Crane ship anchored off the coast of Hydra, Greece
    DS_f_Greek-Island_0444.jpg
  • Grindstone Neck at sunrise, Schoodic Peninsula, Acadia National Park, near  Bar Harbor, maine
    GC_f_Turtle-Island-3.jpg
  • Grindstone Neck at sunrise, Schoodic Peninsula, Acadia National Park, near  Bar Harbor, maine
    GC_f_Turtle-Island-2.jpg
  • Grindstone Neck at sunrise, Schoodic Peninsula, Acadia National Park, near  Bar Harbor, maine
    GC_f_Turtle-Island-1.jpg
  • Cadillac Mountain at sunrise, Schoodic Peninsula, Acadia National Park, near  Bar Harbor, maine
    GC_f_Cadillac-Mountain.jpg
  • Commercial divers attach a zinc anode to a brine discharge pipe from a desalination plant on the seabed to a distance of 300 meter from the shore. Zinc anodes are attached to underwater metal parts to reduce corrosion. Brine discharge can have a negative impact on the ocean ecosystem. Photographed in Israel Mediterranean sea. Photographed in the Mediterranean Sea, Israel
    HN_Brine-discharge-pipe_7532.jpg
  • Commercial divers attach a zinc anode to a brine discharge pipe from a desalination plant on the seabed to a distance of 300 meter from the shore. Zinc anodes are attached to underwater metal parts to reduce corrosion. Brine discharge can have a negative impact on the ocean ecosystem. Photographed in Israel Mediterranean sea. Photographed in the Mediterranean Sea, Israel
    HN_Brine-discharge-pipe_7514.jpg
  • Commercial divers attach a zinc anode to a brine discharge pipe from a desalination plant on the seabed to a distance of 300 meter from the shore. Zinc anodes are attached to underwater metal parts to reduce corrosion. Brine discharge can have a negative impact on the ocean ecosystem. Photographed in Israel Mediterranean sea. Photographed in the Mediterranean Sea, Israel
    HN_Brine-discharge-pipe_7498.jpg
  • Commercial divers attach a zinc anode to a brine discharge pipe from a desalination plant on the seabed to a distance of 300 meter from the shore. Zinc anodes are attached to underwater metal parts to reduce corrosion. Brine discharge can have a negative impact on the ocean ecosystem. Photographed in Israel Mediterranean sea. Photographed in the Mediterranean Sea, Israel
    HN_Brine-discharge-pipe_7476.jpg
  • Commercial divers attach a zinc anode to a brine discharge pipe from a desalination plant on the seabed to a distance of 300 meter from the shore. Zinc anodes are attached to underwater metal parts to reduce corrosion. Brine discharge can have a negative impact on the ocean ecosystem. Photographed in Israel Mediterranean sea. Photographed in the Mediterranean Sea, Israel
    HN_Brine-discharge-pipe_7460.jpg
  • Commercial divers attach a zinc anode to a brine discharge pipe from a desalination plant on the seabed to a distance of 300 meter from the shore. Zinc anodes are attached to underwater metal parts to reduce corrosion. Brine discharge can have a negative impact on the ocean ecosystem. Photographed in Israel Mediterranean sea. Photographed in the Mediterranean Sea, Israel
    HN_Brine-discharge-pipe_7447.jpg
  • Zinc anode on the ocean floor. Sacrificial Zinc anodes are attached to underwater metal parts to reduce corrosion
    HN_Brine-discharge-pipe_7424.jpg
  • Commercial divers attach a zinc anode to a brine discharge pipe from a desalination plant on the seabed to a distance of 300 meter from the shore. Zinc anodes are attached to underwater metal parts to reduce corrosion. Brine discharge can have a negative impact on the ocean ecosystem. Photographed in Israel Mediterranean sea. Photographed in the Mediterranean Sea, Israel
    HN_Brine-discharge-pipe_7483.jpg
  • Commercial divers attach a zinc anode to a brine discharge pipe from a desalination plant on the seabed to a distance of 300 meter from the shore. Zinc anodes are attached to underwater metal parts to reduce corrosion. Brine discharge can have a negative impact on the ocean ecosystem. Photographed in Israel Mediterranean sea. Photographed in the Mediterranean Sea, Israel
    HN_Brine-discharge-pipe_7445.jpg
  • The spectacled flying fox (Pteropus conspicillatus), also known as the spectacled fruit bat, is a megabat that lives in Australia's north-eastern regions of Queensland. It is also found in New Guinea and on the offshore islands including Woodlark Island, Alcester Island, Kiriwina, and Halmahera. Natural History artwork from the book ' The mammals of Australia ' by John Gould, 1804-1881 Publication date 1863 Publisher  London, Printed by Taylor and Francis, pub. by the author Volume 3 (1863)
    IR_f_Australian-Mammal-V3_0124.jpg
  • The Western barred bandicoot (Perameles bougainville here as Perameles myosurus), also known as the Marl, is a small species of bandicoot; now extinct across most of its former range, the western barred bandicoot only survives on offshore islands and in fenced sanctuaries on the mainland. Natural History artwork from the book ' The mammals of Australia ' by John Gould, 1804-1881 Publication date 1863 Publisher  London, Printed by Taylor and Francis, pub. by the author Volume 1 (1863)
    IR_f_Australian-Mammal-V1_0094.jpg
  • The grizzled tree-kangaroo (Dendrolagus inustus) here as Brown Tree-Kangaroo is a small arboreal species of marsupial in the family Macropodidae. It is found in foothill forests of northern and western New Guinea and is indigenous to some of the offshore islands. Natural History artwork from the book ' The mammals of Australia ' by John Gould, 1804-1881 Publication date 1863 Publisher  London, Printed by Taylor and Francis, pub. by the author Volume 2 (1863)
    IR_f_Australian-Mammal-V2_0210.jpg
  • The Western barred bandicoot (Perameles bougainville here as Perameles fasciata), also known as the Marl, is a small species of bandicoot; now extinct across most of its former range, the western barred bandicoot only survives on offshore islands and in fenced sanctuaries on the mainland. Natural History artwork from the book ' The mammals of Australia ' by John Gould, 1804-1881 Publication date 1863 Publisher  London, Printed by Taylor and Francis, pub. by the author Volume 1 (1863)
    IR_f_Australian-Mammal-V1_0086.jpg
  • Facebook
  • Twitter
x

Phone: +972-54-2159159
email: Sales@PhotoStock-Israel.com