Infrastructure is built once and relied on for decades. The choices made at the start of a project shape its environmental footprint for as long as it stays in service.
Over the time, TAP has grown from equipment supply to complete, integrated solutions that combine design, sourcing, installation, commissioning and long-term operations and maintenance (O&M).
Assets at this scale typically remain in service for ten years or more. Decisions taken during design and procurement determine how much energy they consume, how often components are replaced and how they are handled at end of life (EoL).
That is why we treat environmental performance as a technical consideration alongside reliability, safety and cost. It is reviewed when we select equipment and materials, built into how our teams carry out site works, and followed through the maintenance we provide.
This page describes how that approach works in practice, from the solutions we deliver to clients to the offices, field teams and supply chain that support them, with reference to the United Nations Sustainable Development Goals (SDGs).
Our Approach On Every Project
Across TAP projects, environmental considerations are part of planning, procurement and site execution, from the first specification to final handover.
Greenhouse gas (GHG) awareness
Lower Energy Use Is the Most Direct Way to Reduce Our Footprint
Most of the environmental impact of operational infrastructure comes from the electricity it consumes over its service life. Reducing that consumption lowers both operating cost and carbon dioxide equivalent (CO₂e) emissions for our clients. Small gains made at the design stage compound over years of operation. The chain below shows how efficiency decisions carry through to long-term outcomes.
01 · Specify
Efficient specification
Energy performance is set as a requirement alongside function, reliability and cost.
02 · Select
Lower consumption
Equipment with efficient components and low standby draw is preferred during evaluation.
03 · Operate
Optimized running
Systems are configured and monitored so they run only as much as required.
04 · Maintain
Longer service life
Preventive maintenance (PM) keeps assets efficient and delays replacement.
05 · Outcome
Lower footprint
Less energy, fewer replacements and lower CO2e emissions across the life of the asset.
Engineering principles
Solutions Designed to Use Less From the First Specification
The following principles guide how TAP engineers specify, integrate and hand over the solutions we deliver, so that efficiency is built in rather than added later.
2.1
Energy-efficient equipment
We favor equipment with light-emitting diode (LED) lighting and displays, efficient power supplies and low standby consumption, and compare power draw alongside performance and price.
2.2
Right-sized capacity
Equipment and infrastructure are sized to the actual requirement with planned headroom, avoiding oversized installations that consume energy without adding value.
2.3
Efficient power and cooling
Power and cooling are planned with high-efficiency uninterruptible power supply (UPS) and heating, ventilation and air conditioning (HVAC) systems to reduce conversion and cooling losses.
2.4
Remote monitoring
Centralized monitoring and remote diagnostics allow many faults to be resolved without a site visit, reducing vehicle travel and fuel use for maintenance.
2.5
Modular, upgradeable design
We design around open standards and modular components so solutions can be extended and upgraded in place rather than replaced.
2.6
Digital by default
Documentation, reporting, inspections and approvals are delivered in digital form, reducing printed media, consumables and physical storage.
Life cycle assessment (LCA) thinking
Responsibility That Follows Every Asset Through Its Service Life
The environmental footprint of an asset is not fixed on the day it is commissioned. It is shaped at every stage, from specification to retirement. TAP’s involvement across design, supply, installation and O&M allows that footprint to be managed end to end.
01
Specify
Environmental performance is considered in the technical design.
Efficiency targets
Durable, serviceable design
RoHS-compliant materials
02
Source
Suppliers are assessed on product quality, compliance and environmental practice.
OEM declarations
Consolidated shipments
Reduced packaging
03
Install
Site works are planned to limit disturbance, waste and disruption.
Planned quantities
Segregated waste
Dust and noise control
04
Operate
Assets are configured and monitored to run efficiently.
Energy KPI monitoring
Scheduled low-power modes
Performance reporting
05
Maintain
Preventive maintenance extends asset life and avoids premature replacement.
PM schedules
Repair before replace
Remote diagnostics
06
Retire
At EoL, equipment is recovered, reused or passed to proper recycling.
Component recovery
Secure data removal
E-waste (WEEE) handling
OUR OPERATIONS
The Same Approach Applies to Our Own Footprint
Beyond the solutions we deliver, TAP manages the environmental impact of its own offices, field teams, stores and logistics.
01
Responsible procurement
Preference is given to suppliers who can document product compliance, energy performance and responsible manufacturing practice.
Supply chain
02
Efficient logistics
Shipments are consolidated, routes are planned and loads are optimized to reduce fuel use and empty movement.
Logistics
03
Field travel
Site visits are scheduled by route and priority, with remote support used first, so vehicles travel only when needed.
Field teams
04
Energy in our offices
LED lighting, inverter-based HVAC, equipment power management and sensible practices reduce electricity use.
Workplaces
05
Paperless administration
Digital workflows for documentation, approvals, accounting and reporting reduce paper use and physical archiving.
Administration
06
E-waste and spares
Faulty components are repaired where practical, serviceable parts return to stock, and e-waste goes to proper recycling channels.
Stores
Environmental considerations are reviewed at the same stage gates as quality assurance and quality control (QA/QC), HSE and cost.
Infrastructure is built once and lived with for decades. The care taken at the start is what the community inherits.
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Sustainability
Our approach to sustainability rests on three commitments. Each describes how one of them is put into practice across the company.
Environment
Cleaner mobility, efficient systems, responsible construction and careful use of resources.
