Remote monitoring case study of impact crusher for construction waste 75 tph

Why this remote monitoring case study of impact crusher for construction waste 75 tph matters for UK recyclers

The UK construction sector generates approximately 63 million tonnes of non-hazardous construction and demolition waste annually, with recovery rates reaching 92.6 per cent. However, the industry still sends at least five million tonnes of construction waste to landfill each year, and with landfill tax rates reaching £103.70 per tonne in 2025, sending materials to landfill is now more expensive than ever. For recycling operators, the pressure to maximise efficiency and minimise downtime has never been greater. This remote monitoring case study of impact crusher for construction waste 75 tph examines how a UK-based recycling company transformed its operations by implementing a fully connected mobile impact crusher with real-time telematics and remote diagnostics. At OCP Mechanical Company, with over 40 years of manufacturing expertise, we supply impact crushers equipped with advanced remote monitoring capabilities, providing factory-direct solutions and comprehensive support for the UK market.

The challenge – urban site constraints and unplanned downtime

The subject of this remote monitoring case study of impact crusher for construction waste 75 tph is a medium-sized recycling company operating in the Midlands, processing concrete and brick waste from urban demolition projects. Their previous crusher, a non-connected unit, suffered from frequent unplanned downtime due to worn blow bars and unexpected mechanical issues. Each breakdown required a service engineer to visit the site for diagnosis, often taking 24-48 hours, during which production stopped and hire costs for alternative equipment mounted. The operator needed a solution that would allow them to anticipate maintenance needs and avoid costly interruptions. The site also had space constraints, requiring a compact mobile unit that could operate in tight urban environments while maintaining high throughput.

The solution – a connected mobile impact crusher with remote monitoring

To address these challenges, the company decided to invest in a mobile impact crusher equipped with a comprehensive remote monitoring system. Our Type M mobile impact crusher features an onboard telematics unit that continuously collects data on key operational parameters: power draw, rotor speed, hydraulic pressure, oil temperature, and vibration levels. This data is transmitted via cellular network to a secure cloud platform, accessible to both the operator and our technical support team. The system includes configurable alerts that notify the site manager and OCP Mechanical's service team when parameters approach critical thresholds. In this remote monitoring case study of impact crusher for construction waste 75 tph, the system proved to be a game-changer. All product specifications are continuously updated; for the latest parameters, please consult our online customer service.

Real-time diagnostics and predictive maintenance in action

In the first three months of operation, the remote monitoring system enabled several crucial interventions. During a routine check, our technical team noticed a slight increase in vibration levels on the crusher's rotor bearing – an early indicator of imbalance. A remote diagnostic suggested that one of the blow bars had worn unevenly. The operator was alerted and, using the data provided, was able to order a replacement blow bar and schedule a change-over during a planned maintenance window, avoiding a sudden breakdown that would have cost two full days of production. In another instance, the system detected a gradual rise in oil temperature, prompting the operator to check the hydraulic oil cooler, which was found to be partially blocked with dust. Cleaning the cooler restored normal operating temperature, preventing potential overheating damage. This remote monitoring case study of impact crusher for construction waste 75 tph demonstrates how proactive intervention, driven by real-time data, can prevent costly downtime.

Measurable results – downtime reduced, productivity increased

The impact of the remote monitoring system on the company's operations has been substantial. Prior to installation, unplanned downtime averaged 8-10 hours per month. In the six months following installation, unplanned downtime was reduced to just 2 hours – a reduction of 75 per cent. Planned maintenance events were optimised using the data, reducing service time by 20 per cent. The operator also noted a 5 per cent improvement in throughput, as the crusher was consistently operating at its optimal setting, thanks to the automated adjustments and remote advice provided by our support team. The remote monitoring case study of impact crusher for construction waste 75 tph also had a direct financial benefit: the company saved approximately £45,000 in avoided hire costs and reduced landfill tax liabilities by processing more waste on-site. The cost of the monitoring system was recovered within the first eight months of operation.

UK operating conditions and regulatory compliance

The UK's environmental regulations and planning constraints make remote monitoring particularly valuable. Many recycling sites are located in urban areas with strict noise and dust limits, and operating hours may be limited. Any unplanned downtime is therefore doubly costly – not only does it reduce production, but it may also lead to planning breaches if the site fails to process waste within permitted hours. In this remote monitoring case study of impact crusher for construction waste 75 tph, the remote system enabled the operator to demonstrate compliance with site permits by providing accurate records of hours of operation, dust suppression activation, and maintenance events. The data was also used to support a variation to their planning consent, showing that the equipment was well-maintained and operated within noise limits, allowing extended working hours during peak demand.

Sample parameter table for Type M mobile impact crusher (For reference only)

The table below provides indicative specifications for our Type M mobile impact crusher, suitable for 75 TPH construction waste applications. Actual values depend on feed characteristics and product requirements; please request the latest data from our customer service, as all parameters are continuously updated.

This table is for illustrative purposes only. For precise engineering data and process guarantees, please consult our technical team with your specific waste material sample.

Key learnings for UK recyclers considering remote monitoring

This remote monitoring case study of impact crusher for construction waste 75 tph offers several valuable lessons for UK recycling operators. First, investing in a connected crusher provides immediate operational benefits. Second, the value of data is in its application – having the system is only half the solution; acting on the insights it provides is equally important. Third, the support of a responsive technical team is essential. Our service engineers review the data alongside the operator, providing expert advice and remote diagnostics that reduce reliance on on-site visits. Fourth, the system's reporting capabilities are invaluable for demonstrating compliance and supporting planning applications. UK operators should also ensure that their mobile crusher is equipped with a robust dust suppression system and that the remote monitoring system is integrated with their site management software for seamless data flow.

Why OCP Mechanical is your trusted partner for connected crushers in the UK

With over 40 years of manufacturing experience, OCP Mechanical combines engineering excellence with a deep understanding of the UK recycling market. We are a factory-direct supplier, offering competitive pricing and customised solutions. Our Type M mobile impact crusher is built with robust components and is designed for easy maintenance, reducing downtime and labour costs. We provide comprehensive after-sales support, including spare parts availability, technical assistance, and on-site training. Our remote monitoring platform is accessible via any internet-connected device, allowing operators to monitor their crusher from anywhere. When you need a reliable mobile impact crusher with proven remote monitoring capabilities, we are your ideal partner.

Conclusion – Learn from this case study and invest in remote monitoring for your operation

This remote monitoring case study of impact crusher for construction waste 75 tph demonstrates the tangible benefits of connected crushing technology. From reduced downtime and lower operating costs to improved compliance and productivity, the advantages are clear. OCP Mechanical offers the equipment, expertise, and factory-direct pricing you need to succeed. Our online customer service team is available 24/7 to discuss your specific requirements and provide a detailed quotation. Click the chat button now – let us help you transform your construction waste recycling operation with the power of remote monitoring.