products & services

A Centralised vacuum cleaning system cuts costs by reducing cleanup time and reclaiming valuable materials. This versatile vacuum system can be used to pick up any material that will flow through a hose. With its long reach and powerful suction, the system cleans out deep pits, dust elevators and other hard-to-reach spots.

The system also has been proven to reduce power consumption. In fact, most CV Systems pay for themselves in less than six months through reduced labour costs and reclaimed materials. Units are available with capacities up to one hundred tons per hour, conveying distance up to 2000' [610m], and motors from 10-300 HP.

SPECIFICATIONS

• Positive displacement vacuum pump for highest suction [18" Hg/457 mm Hg standard, up to 22" Hg/559 mm Hg]

• Virtually constant air volume displacement prevents the plugging problem common with fan-type vacuums.
• Filtration system allows continuous / dry pickup without bypassing filters.
• Full hoppers can be removed by a forklift for dumping. Alternating between two hoppers can provide near continuous operation. (Other options are available on wheels for portable mobility.)
• Rugged, compact "Powerhead" contains all major components.
• Standard safety features include auto shutdown in event of full hopper, dust passage, temperature overload or low oil level.
• Suction power rises with increased hose loading; efficiency is not dependant on
• Constant feed rate

	On a Production line, a manifold system can clean residue material from moulds, pick up chips or spills etc. Inlets can be adapted to production machinery such as cutting heads etc.
	An intercept hopper can be used to reclaim collected material. Most material drops out of the air stream into the hopper. Dust and fines continue upstream and are collected at the "Power head".
	A manifold system is ideal for cleaning out several rail cars, trucks or barges at the same time.

Pneumatic Conveying Systems allow for unloading hopper cars and other bulk transporters without the need for a pit. Conveying capacities up to 200 tons per hour are available, depending on the material.

The purpose of the Pneumatic Conveying system, is to ensure that materials are conveyed in a contained environment, utlising air to do so, and avoiding spillage. This is normally done by moving residue or in process materials through a totally enclosed pipeline, in a clean, contained stream of air generated by a pump.

There are various types of Pneumatic Conveying Systems as per below:

1) Lean Phase Conveying System

• If operated by negative pressure , the pressure range is between 2000 mmwc to 6000 mmwc. The systems are generally driven by either a root blower or fan. It is important to note that this system has no moving parts which at any time come in contact with the materials. Because it is a contained system, no dust is able to escape into the atmosphere and no contamination can enter into the system. For food processing and laboratory applications, the equipment used to collect the materials, meet the strictest hygiene standards and are easily cleaned due to the sytem being of a modular design for ease of routine cleaning and product change.
  
• If operated by positive pressure, the pressure range is between 2000 mmwc to 12000 mmwc. The systems are generally driven by either a root blower or fan

2) Dense Phase Conveying System

• This is driven by compressed air, and the air pressure range is between 2 Kg/cm2 to 5 Kg/Cm2.

The Advantages Of Pneumatic Conveying Systems

• Complies and compliments OH&S procedures
• Cost effectiveness
• Being Automated streamlines Operations
• Increases Efficiency
• Ensures dust free operation
• No product contamination
• Hygienic
• Environmental friendly