Not just lifting things, but entire businesses

Safety. Reliability. Productivity.


All prime concerns for WTE operators using bucket cranes to move waste. Add minimal time available for weekly maintenance and infrequent outages for major repairs, and you have a real challenge for operators who need to keep their lifting equipment running.

Konecranes’ WTE crane technology is designed to meet this challenge head-on.


Important components like hoisting trolleys, drives and buckets are engineered to reduce maintenance requirements. More than 10 years ago Konecranes introduced an integrated rope / cable drum. The vertical power cable for the bucket is wound onto the rope drum and is driven by the hoisting machinery. With this unique solution savings in maintenance costs are substantial.


Our proprietary DynA Load Control Technologies manage critical crane functions to reduce structural stress, increase efficiency and prolong equipment life. DynAPilot load sway control minimizes load sway from bridge and trolley motions, reducing collisions between the bucket and the pit walls or hopper and preventing equipment damage. Sway control increases operator
confidence, reduces training time and allows operation of the crane to its full potential.


Automation in waste handling reduces operator fatigue and decreases the risk of crane failure. It also helps in load positioning and collision avoidance. Unmanned, fully automated cranes can reduce direct operational costs. The most advanced plant layouts allow crane operation from a central control room.


This is just the tip of the iceberg when it comes to cutting-edge design features that ensure safety, reliability and productivity. There is a lot to know about Konecranes WTE crane technology.

 

WASTE-TO-ENERGY CRANES BY KONECRANES

Over the past 10 years, Konecranes has provided more than 180 WTE cranes for projects in seventeen countries.


Selected references are shown below.

Konecranes Oyj


Ekokem Waste plant

Ekokem Waste plant, Riihimäki, Finland
2 units with 9.5 ton capacity with
fully automated WTE-cranes.


Changshu Pufa Waste plant

Changshu Pufa Waste plant, China
2 units with 9.5 ton capacity with
fully automated WTE-cranes.


Söderhamn Energi Biofuel plant

Söderhamn Energi Biofuel plant, Sweden
1 unit with 9.5 ton capacity with
fully automated biofuel handling crane.

See also www.konecranes.com

Contact information

Year

Customer Country Qty. Capacity Application Automation
2009 
Wujiang PW PP China
2
12 MT Waste Semi Automation
2009 
Mölndal Energi AB Sweden
2
15 MT Biofuel Full Automation
2009 
Wermland Paper Sweden
2
9.5 MT Waste Full Automation
2008 
Suzhou 2nd WTE China
2
12 MT Waste Semi Automation
2007 
INOVA France SA France
2
12MT Waste Full Automation
2007 
Zhangjiagang GS-WTE Co Ltd. China
2
9.5 MT Waste Semi Automation
2007 
Takuma Lakeside London UK
1
15 MT Waste Full Automation
2007 
Changzhou / BGSGC China
2
9.5 MT Waste Semi Automation
2007 
Ekokem Oy, Riihimaki Finland
2
9.5 MT Waste Full Automation
2007 
Liege Belgium
2
15 MT Waste Full Automation
2006 
Ville de Quebec Canada
2
10 MT Waste Full Automation
2005 
Fibrominn USA
4
18.2 MT Biomass Full Automation
2005 
Austrian Energy/Enviro AG Germany
1
11 MT Biofuel Full Automation
2005 
Korstaverkets Forvaltning AB Sweden
2
12 MT Waste Semi Automation
2004 
Guangzhou Likeng China
2
11 MT Waste Full Automation
2004 
Von Roll, Vattenkraft, Uppsala Sweden
2
11 MT Waste Full Automation
2004 
CNIM Portsmouth UK
2
6 MT Waste Full Automation
2003 
CNIM Marchwood UK
2
18.3 MT Waste Full Automation
2002 
Esbjerg Kraftvarmevark Denmark
2
9 MT Waste Full Automation
2002 
Arhus Nord Denmark
2
7.5 MT Waste Full Automation

Konecranes’ approach to minimizing downtime is to include features that reduce the need for maintenance, and to engineer cranes to be easier and faster to maintain during planned outages. Here are only a few of the many maintenance reducing features Konecranes includes in its WTE cranes:

Maintenance Reducing Software:
• DynAPilot Sway Control
• DynAMonitor Maintenance Monitoring
• CMS Crane Monitoring System
• RemoteExpert Remote Monitoring
• Semi-Automation
• Siemens S7 PLC Platform
• 3-Shift Full Automation
• Perimeter Management System

Maintenance Reducing Electrical Features:
• Remote Control House
• AFE Network Braking
• Squirrel Cage, Inverter Duty Motors
• Ergonomic, Full-Featured Operator’s Chair and Console
• Integrated Drum-Mounted Power Cable

Maintenance Reducing Mechanical Features:
• 50,000 Hours Bearing Life
• High Quality Gearing
• Grouped Lubrication Fittings
• Load Cells Integrated on Hoisting Machinery
• Platform Maintenance Access
• Purpose-built WTE Trolley