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        / Heavy Lifting Solutions

A ship's structural units are referred to as 'BLOCKs.' Through the assembly process of these BLOCKs, a complete ship is constructed. The shipbuilding process progresses to the 'PRE-ERECTION' stage and finally reaches the 'ERECTION' phase. It is crucial to maintain the precise LEVEL and ANGLE of the BLOCKs during the 'PRE-ERECTION' stage.

The loading of large BLOCKs that have gone through the 'PRE-ERECTION' process takes place on the dock through LLC, GOLIATH CRANES, and MARITE CRANES, and this phase also requires precise control of LEVEL and ANGLE. The equipment necessary to maintain accurate LEVEL and ANGLE during the assembly process is called the 'BLOCK LOADER.'

The 'BLOCK LOADER,' developed by HJTND, is attached to the crane's hook and allows for the ideal adjustment of the BLOCK's LEVEL and ANGLE. This equipment is efficiently utilized by shipyards during processes like PE (Pre-Erection) and ERECT (Erection) to ensure optimal results.

EQUALIZING LOADER

The "EQUALIZING LOADER" is a loader that attaches to the Goliath crane hook and is used during the pre-erection or erection processes when lifting blocks. This equipment features a wire rope equalization system, enabling precise level and angle adjustments and ensuring swift and accurate operations. It is particularly valuable as it evenly distributes concentrated loads, alleviating the load concentration on one side during lifting and enabling safe lifting operations.


MULTI LOADER

The "MULTI LOADER" is equipment designed for blocks with uneven weight distribution, irregular shapes, or blocks with lugs that do not have consistent levels and orientations. It is particularly used for lifting loaders on blocks where the level and direction of lugs are not uniform. The "MULTI LOADER" features individual equalizing functions, preventing damage to the wire attached to the hook and maintaining accurate levels even when connected to uneven lug positions.


TRI LOADER

The "TRI LOADER" is a lifting loader designed to minimize damage to the hook and wire rope by directly connecting to the crane hook via a PIN. It allows for the protection of the wire rope during block lifting while maintaining a straight-line level. This lifting loader is especially suitable for easy adjustment of block levels and angles and is effective for use with I-HOOK TYPE configurations.


TURNNING LOADER

The "TURNING LOADER" is a loader used for turning over BLOCKs, and it is attached to the Goliath crane hook. When using the "TURNING LOADER" for the task of turning over blocks while maintaining the level and angle of the block, an "EQUALIZING LOADER" is directly connected to the separate hook of the "TURNING LOADER." This equipment is useful for the efficient turning over of blocks.

One advantage of the "TURNING LOADER" is that it can lift and move blocks in various directions without the need for additional equipment. It has been developed to handle a variety of block shapes during assembly, even in confined spaces.


UNIT LOADER

The "UNIT LOADER" is a loader developed for lifting aluminum jacket units of LNG ships. It allows for level adjustments in all directions: front, rear, left, and right. The "UNIT LOADER" features a two-stage detachable SNATCH that can rotate independently. This equipment is particularly useful when lifting objects that are easy to deform, and it excels in maximizing the distribution of concentrated loads during lifting to minimize object deformation.


CONNECTING LOADER

The "CONNECTING LOADER" is a lifting loader developed to address the issue of excessive weight concentration caused by the short distance between LUG POINTs when loading large blocks or DECK HOUSEs weighing over 1000 tons. It involves connecting a LIFTING BEAM between the upper trolleys of the Goliath crane and linking the LIFTING BEAM HOOK with the hook of the lower trolley, creating a symmetrical combination. This interconnected lifting allows for the lifting of larger block weights without overloading the Goliath crane.


FLOATING CRANE LOADER

The "FLOATING CRANE LOADER" is a lifting loader designed to be attached and used with large offshore cranes that have greater lifting capacity than land-based Goliath cranes, which are limited by ground constraints. The FLOATING LOADER is also an EQUALIZING TYPE of LOADER and is essential when utilizing the "MEGA BLOCK" or "TERA BLOCK" loading methods in large block loading operations.


MODULE LOADER

This project involves HJTND's development of the "MODULE LIFTING RIGGING" device, which serves as the lifting equipment for the TCO Project, a onshore oil production plant project in Kazakhstan. It is designed to lift approximately 89 modules involved in the crude oil production process.



/ Heavy Lifting Solutions

A ship's structural units are referred to as 'blocks.' Through the assembly process of these blocks, a complete ship is constructed. The shipbuilding process progresses to the 'pre-erection' stage and finally reaches the 'erection' phase. It is crucial to maintain the precise level and angle of the blocks during the 'pre-erection' stage.

The loading of large blocks that have gone through the 'pre-erection' process takes place on the dock through LLC, goliath cranes, and marine cranes, and this phase also requires precise control of level and angle. The equipment necessary to maintain accurate level and angle during the assembly process is called the 'block loader.'

The 'block loader' developed by HJTND, is attached to the crane's hook and allows for the ideal adjustment of the blcok's level and angle. This equipment is efficiently utilized by shipyards during processes like PE (Pre-Erection) and ERECT (Erection) to ensure optimal results.

EQUALIZING  LOADER

The "EQUALIZING LOADER" is a loader that attaches to the Goliath crane hook and is used during the pre-erection or erection processes when lifting blocks. This equipment features a wire rope equalization system, enabling precise level and angle adjustments and ensuring swift and accurate operations. It is particularly valuable as it evenly distributes concentrated loads, alleviating the load concentration on one side during lifting and enabling safe lifting operations.