Project Overview
When a leading food manufacturing facility operated by Kellogg’s encountered an urgent dewatering requirement, conventional electric pumping was not a practical option. The dewatering location lacked a nearby power source, making rapid deployment critical to avoid project delays.
Leveraging its engineering expertise and readily available rental fleet, Vijay Engineering & Machinery Pvt. Ltd. (VEMPL) provided an immediate Kirloskar Diesel-Driven AutoPrime Dewatering Pump from its Authorised Pumpset OEM (APOEM) Unit, enabling uninterrupted site operations while ensuring maximum safety and operational efficiency.
Project Details
| Parameter | Details |
| Client | Kellogg’s |
| Industry | Food Manufacturing |
| Application | Emergency Site Dewatering |
| Solution | Kirloskar Diesel-Driven AutoPrime Dewatering Pump |
| Deployment | Immediate Rental from VEMPL APOEM Unit |
| Services Provided | Equipment Deployment, Commissioning & Operator Training |
The Challenge
Kellogg’s required immediate dewatering at its project site to prevent water accumulation from disrupting ongoing activities.
Initially, a motor-driven submersible pump was considered. However, the site conditions posed significant operational challenges.
Key Challenges
- No electrical power supply near the dewatering location.
- Approximately 250 metres of power cable would have been required to connect the pump to the nearest power source.
- Long cable runs would require multiple cable joints, increasing installation complexity.
- Temporary electrical connections in a wet environment posed potential electrical shock hazards.
- Cable laying, protection, and retrieval would require additional manpower and increase project timelines.
- Immediate dewatering was essential, while the delivery lead time for a new diesel-driven pump was longer than the project’s schedule permitted.
The customer required a solution that was safe, reliable, and immediately available.
VEMPL’s Engineering Solution
Understanding the urgency of the requirement, VEMPL adopted a customer-first, solution-oriented approach.
Instead of asking the customer to wait for new equipment, VEMPL immediately deployed its own Kirloskar Diesel-Driven AutoPrime Dewatering Pump from its APOEM rental fleet, allowing dewatering operations to commence without delay.
The diesel-driven AutoPrime pump completely eliminated the dependency on external electrical power while providing superior mobility across the project site.
Why Kirloskar Diesel-Driven AutoPrime Pump?
The Kirloskar AutoPrime pump was ideally suited for the application because it offered:
- Independent diesel engine operation
- No requirement for external electrical power
- Self-priming capability for rapid deployment
- Easy relocation across multiple dewatering points
- Reliable performance in demanding construction environments
- Reduced installation time
- Enhanced operator safety
Training & Technical Support
Equipment deployment was complemented by comprehensive technical assistance from VEMPL.
Our engineering team conducted two on-site operator training sessions, covering:
- Pump operation and start-up procedures
- AutoPrime functionality
- Preventive maintenance
- Daily inspection checklist
- Safe operating practices
- Basic troubleshooting
This ensured the customer’s operating personnel could confidently manage the equipment throughout the project.
Results Achieved
The solution delivered measurable operational benefits.
Immediate Project Benefits
✔ Immediate equipment availability with no waiting period
✔ Zero dependency on temporary electrical infrastructure
✔ Elimination of approximately 250 metres of electrical cable
✔ No cable joints or temporary electrical connections
✔ Improved personnel safety by eliminating electrical hazards
✔ Faster installation and commissioning
✔Reduced labour and installation costs
✔Continuous and reliable dewatering operations
✔No disruption to ongoing project activities
Conventional Electric Pump vs Diesel AutoPrime Pump
| Conventional Motor-Driven Pump | Kirloskar Diesel AutoPrime Pump |
| Requires electrical power | Operates independently |
| Long cable runs required | No power cable required |
| Multiple cable joints | No cable joints |
| Electrical safety concerns | Safer operation in wet environments |
| Longer installation time | Quick deployment |
| Limited mobility | Highly portable |
This project demonstrates how VEMPL goes beyond equipment supply to deliver application-driven electromechanical solutions.
By combining engineering expertise, immediate equipment availability through our APOEM Unit, and responsive technical support, we helped the customer overcome operational constraints, improve site safety, and maintain project continuity without unnecessary delays.
