Turning real-time insight into smarter control of your critical infrastructure.

Identify

During routine site activity, Bower identified contamination building up across the coil and fin surfaces of rooftop adiabatic condensers (ADCs), restricting airflow and reducing heat-transfer efficiency.

Capture

The condition was documented through site reporting and photographic evidence, providing a clear record of contamination levels and affected equipment.

Inform

The issue was raised with the client alongside a specialist cleaning approach designed for critical adiabatic cooling equipment within a live data-centre environment.

Control

Bower carried out specialist low-pressure, high-temperature cleaning of the affected ADC coil and fin surfaces, removing built-up contamination while protecting the delicate fins and surrounding equipment. Works were carefully controlled to minimise disruption to live operations.

Primary Benefit

Operational Resilience. Removing contamination from adiabatic condenser coil and fin surfaces to support effective airflow, heat transfer and cooling performance, while minimising disruption to live data-centre operations.

Identify

During routine grounds maintenance, Bower identified that pedestrian traffic was being forced onto a saturated grass verge because the existing pathway was too narrow, creating a developing slip hazard.

Capture

Photographs and a site assessment documented the condition, pedestrian behaviour and continued deterioration of the surrounding area.

Inform

Bower presented the evidence and recommended extending the existing pathway to accommodate actual pedestrian demand and remove the unsafe route.

Control

The pathway was extended using matching block paving, creating a permanent, safe and accessible route while eliminating the recurring slip risk.

Primary Benefit

Removing a developing hazard before it becomes an incident.

Identify

Bower assessed a failing living wall that had already been replaced twice under previous contractors, with both installations subsequently dying.

Capture

Rather than treating the visible failure as the problem, the condition and factors affecting the wall were assessed to understand why previous investment had repeatedly failed.

Inform

Bower gave the client visibility of the underlying causes and what needed to change for any future investment to be sustainable.

Control

The solution addressed the conditions required for the wall to survive rather than simply funding another replacement, breaking the cycle of repeated expenditure.

Primary Benefit

Protecting investment by solving the cause of failure, not repeatedly paying for the symptom.

Identify

During a contractual drone roof survey, Bower identified rooftop access bridges with inadequate edge protection, missing toe boards and incomplete handrails.

Capture

Drone imagery and detailed photographic evidence documented every affected location and created a condition record that showed the extent and level of risk.

Inform

The findings were converted into a clear report identifying the deficiencies and recommended corrective actions, allowing remedial works to be prioritised.

Control

Compliant handrails, toe boards and improved edge protection were installed, providing safe access and bringing the structures in line with required safety standards.

Primary Benefit

Turning site condition into documented evidence, prioritised action and demonstrable compliance.

Identify

During planned drainage maintenance, Bower identified several manhole covers that had seized through corrosion and could no longer be safely accessed.

Capture

The condition and restricted access were photographed and recorded, creating evidence of the developing maintenance constraint.

Inform

Bower highlighted that inaccessible chambers could delay routine inspections, fault finding and emergency drainage works.

Control

The defective covers were replaced, restoring full access and allowing future planned and emergency maintenance to take place without additional access planning or unnecessary delays.

Primary Benefit

Removing recurring friction so future maintenance becomes simpler, faster and easier to manage.