This water settlement plant collects water from the kiln dried timber before cycling through a sump, Through 2 filters with caught any grit and were self cleaning after each sump pump cycle, through a settlement tank where the main sludge was caught, it then makes its way across to the main holding the tank where water is cycled through a cooling tower to lower temperature to under 35 degrees C before pumping off to the council system. The levels are indicated in the tanks by a combination of ultrasonic and pressure transducers, the water is automatically logged for the council to see each month the amount of water being pumped. The system is fully operated via HMI and certain settings can bet changed via touch screen with password
This system takes the offcuts of timber from the optimizers and turns it into sawdust which is then used for fuel to power the boilers, The system upgrade included a full touch screen operated automated system, a fully functional safety system with correct safety relays etc, blockage sensors which would stop the conveyors etc feeding the hogger and alert the operators via alarm, and fault codes to allow operators easy fault finding should a problem arise.
New main switchboard upgrade to allow for new plant and machinery being installed, the old switchboard was unsafe and well outdated, we installed this main switchboard over the weekend to allow customers manufacturing to be uninterrupted.
This plant is fully custom made locally to manufacture Arsenic Acid which is a part of CCA “Copper Chrome Arsenate” which is used for timber treatment, this plant consists of full stainless steel cable support systems and chemically rated electrical components to prolong the life of the plant. We completed the Electrical system as well as the Air control System
The Canal dredging system starts in the canal on a barge where a digger and dredge is moving through the canal digging up 100mm of the canals floor to get rid of all the PCP’s that are embedded in the canal floor from the sawmill in the old days dumping PCP’s into the canal , the water is pumped a few kilometers up to a screening plant which captures all the solids, this is then treated with Poly and deposited into bags, these bags are then treated overtime for the PCP’s to breakdown and keep out of the environment. This plant is fully portable and is moved often to allow the dredging to continuously keep moving along the canal and is set up each time as a temporary system.
This safety upgrade was installed on a finger jointer, this system consisted of 4 Safety gate switches with electrical Latching to avoid operators opening gates whilst machinery was running, the safety relay used with this system is a timer off delay Relay, This allowed the cut of saws and any other parts of the machinery time to ramp down and come to a complete stop before operators are allowed to unlatch the gate and enter.