At The Hireman, we continue to strengthen our fleet with the addition of a battery-powered 940L bowser pressure washer, delivering high-performance, low-noise, zero-emission washdown for modern construction sites. This latest investment reflects our commitment to sustainable innovation and reinforces our position as a forward-thinking London hire partner supporting contractors with cleaner, quieter, site-ready solutions.

Get to the point:

• Challenges of Site Washdown in Urban and Industrial Environments
• Introducing The Battery-Powered Bowser Pressure Washer
  
• Benefits of Switching to Battery-Powered Pressure Washers
• When To Choose Battery vs Diesel Pressure Washers
• Why Choose The Hireman for Industrial Pressure Water Hire

 

Challenges of Site Washdown in Urban and Industrial Environments

Site washdown on urban construction and industrial projects operates within strict noise controls, emissions expectations and complex logistical constraints. Contractors must clean plant, vehicles and equipment while working alongside residential developments, transport infrastructure, hospitals and active commercial buildings, where disruption tolerance is low, and compliance standards are high.

4 Key Site Washdown Challenges

1. Noise-sensitive Locations
Urban projects frequently sit beside occupied buildings. Equipment operating at high decibel levels increases complaint risk, restricts working hours and can impact programme sequencing.

2. Emissions and Environmental Expectations
Low Emission Zones, public sector procurement standards and client ESG requirements place direct scrutiny on fuel use, exhaust output and on-site air quality.

3. Tightly Controlled Working Windows
Rail possessions, highway works and central London refurbishments often operate within fixed timeframes. Equipment that exceeds permitted thresholds reduces flexibility.

4. Limited On-site Infrastructure
Temporary compounds, early-stage developments and street works may lack reliable mains power or fixed water supply, increasing reliance on generators, fuel storage and additional setup.

Washdown remains essential for plant, fleet and site safety. Delivering it within modern urban and industrial constraints is where traditional diesel and mains-powered systems can begin to work against you.

 

Introducing The Hireman’s Latest Fleet Addition: Battery-Powered 940L Bowser Pressure Washer

 

 

The latest addition to The Hireman’s hire fleet is designed to meet those modern site demands. The battery-powered 940L Bowser Pressure Washer is the solution for contractors working under noise limits, emissions scrutiny and tight urban logistics. This easy-to-deploy pressure washer delivers powerful washdowns without compromising on compliance.

Key Bowser Pressure Washer Specifications

 

• Exceptional 940L Water Tank Capacity
  The 940L baffled water tank supports extended washdown without constant refilling, reducing downtime when cleaning RC frames, groundworks vehicles or demolition plant.

• Large Antifreeze and Chemical Tanks
  Includes a 15 litre antifreeze tank and 28 litre chemical tank, supporting reliable winter operation and effective removal of site contamination across varied construction conditions.
• High-Power Washdown
  Delivers up to 200 bar or 2900 PSI of cleaning force, suitable for heavy plant, site vehicles and stubborn buildup rather than light-duty applications.
• Extended Run Time
  Delivers up to 6 hours of continuous use at lower speeds settings and around 1.5 hours at full 200 bar output, supporting realistic site washdown cycles without frequent recharge interruptions.
• Fast Recharge Capability
  Recharges from 5% to 40% in one hour and to 100% in approximately seven hours, allowing planned charging around shift patterns and site downtime.
• Low Noise Output
  Operating at 82 dB(A) at 1 metre, this is typically lower than diesel alternatives, managing site noise exposure under HSE regulations, on projects near residential environments.
• Robust, Road-Towable Chassis
  Built on a road-towable chassis with certified lifting points, enabling safe transport, secure lifting and straightforward deployment across active construction and industrial sites.

This investment reflects The Hireman’s ongoing focus on sustainable, next-generation fleet equipment for contractors. Our first unit has already been secured on long-term hire, reflecting strong demand for quieter, emission-conscious washdown solutions.

See Bowser

 

Benefits of Using Battery-Powered Pressure Washers

 

On constrained urban and industrial sites, battery-powered washdown supports compliance, protects working hours and simplifies site logistics. It delivers high-performance cleaning while aligning with modern noise, safety and sustainability expectations.

Reduced noise exposure
Operating at lower decibel levels helps manage site noise under HSE thresholds and supports projects near residential buildings, hospitals and city-centre environments.

Zero on-site exhaust emissions
Battery operation removes diesel fumes, improving suitability for enclosed areas, basements and partially completed structures with limited ventilation.

Simplified site logistics
No fuel storage, refuelling procedures or additional generator setup reduces coordination, space requirements and safety controls on tight urban sites.

Lower servicing burden
Fewer engine components reduce routine maintenance demands and minimise washdown downtime linked to servicing intervals.

Supports carbon reduction plans
Battery-powered equipment reduces direct on-site emissions, helping contractors demonstrate measurable progress against carbon reduction and sustainability commitments.

On modern urban programmes, these practical advantages translate into smoother compliance management, fewer disruptions and greater scheduling flexibility.

 

When To Choose Battery vs Diesel Pressure Washers

Choosing between battery and diesel pressure washers depends on site conditions, programme pressures and compliance requirements. Both have a role in construction washdown. The right choice comes down to environment, duty cycle and operational priorities.

Use the matrix below to quickly assess which solution aligns with your project conditions.

Battery-Powered Bowser Washer	Diesel Pressure Washer
Lower noise output supports residential, healthcare and city-centre projects.	Higher engine noise may restrict working hours near occupied buildings.
Zero on-site exhaust emissions, suitable for enclosed or public-facing work.	Produces exhaust emissions, limiting its suitability indoors or in confined areas.
No fuel storage or refuelling required, reducing logistics on tight sites.	Requires diesel storage, refuelling procedures and additional coordination.
Supports carbon reduction plans and urban sustainability commitments.	Needs to be considered within project carbon reporting.
Fast deployment without generator setup or extended cable runs.	Fully independent of power supply with continuous runtime via fuel.

 

Browse range

In summary:

Choose a battery-powered washdown if:

• Your site operates near residential, healthcare or public-facing environments.
• Noise limits directly affect working hours or programme sequencing.
• The project sits within a Low Emission Zone.
• Washdown is required indoors or in enclosed areas.
• Fuel storage and refuelling add unwanted site logistics.
• Carbon reduction targets form part of project reporting.

Choose a diesel-powered washdown if:

• You require continuous, high-output cleaning for extended periods.
• The site is open, remote and not noise-sensitive.
• Emissions and fuel logistics do not affect compliance or scheduling.

For many London and urban projects, operational constraints increasingly shape the decision. Understanding those thresholds early helps align washdown equipment with programme delivery, compliance and client expectations.

 

Why Choose The Hireman for Industrial Pressure Water Hire

At The Hireman, we continue to invest heavily in modern fleet equipment, including sustainable, lower-emission solutions designed for noise-sensitive urban environments. Our battery-powered 940L bowser reflects that commitment, with the first unit already secured on long-term hire, demonstrating eager demand.

Why Hire Trade Equipment Instead of Buy?

• No capital outlay tied up in specialist equipment.
• No servicing, maintenance or battery management responsibility.
• Access to up-to-date, compliant fleet equipment.
• Flexibility to match equipment to specific project requirements.
• No long-term storage or asset depreciation concerns.

The Hireman Advantage

• A wide range of both electrical and diesel pressure washers is available to hire
• Trade depots in Central London, Wembley, Croydon and Kent for fast response.
• Same-day delivery capability across Greater London and South East.
• Service-led approach focused on reliability, accuracy and ease of use.
• Road-towable units supported with optional security wheel clamp solutions.
• Experienced hire partner supporting complex, noise-sensitive urban projects.

 

Contact us

 

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Battery-Powered Pressure Washer FAQs

Q. Are battery-powered pressure washers powerful enough for construction sites?
A. Yes. Modern battery-powered pressure washers delivering up to 200 bar or 2900 PSI are suitable for cleaning heavy plant, site vehicles, steelwork and general construction debris. Cleaning performance depends on pressure, flow rate and correct application.

Q. Will battery-powered pressure washers last for full construction shifts?
A. For periodic washdown tasks, battery-powered units can comfortably support daily construction activity. Runtime depends on pressure setting and duty cycle rather than continuous trigger use. On most sites, washdown occurs in intervals, not uninterrupted full-shift operation.

Q. What is the “duty cycle” of a battery-powered pressure washer?
A. The duty cycle describes how long the washer operates compared to the charging time. On-site, this usually means cleaning in planned intervals and topping up the battery during breaks. Fast charging allows partial recharges that support steady productivity across the working day.

Q. How noisy is a battery-powered bowser compared to diesel?
A. Battery-powered units operating around 82 dB(A) are significantly quieter than many diesel pressure washers, which often exceed the HSE’s 85 dB(A) limit. Lower noise levels help manage site exposure, reduce complaint risk and support work near residential, healthcare and public-facing environments.

Q. Can battery-powered pressure washers be used indoors?
A. Yes. Battery-powered pressure washers produce zero on-site exhaust emissions, making them suitable for enclosed areas such as basements, internal refurbishments and partially completed structures. This removes the ventilation concerns associated with diesel engine exhaust in confined spaces.

Q. When should I choose a battery over a diesel pressure washer?
A. Choose battery-powered pressure washers when working on urban sites with noise limits, indoor cleaning requirements or Low Emission Zone constraints. Diesel remains suitable for open, remote environments requiring continuous high-output cleaning without sensitivity to noise or emissions.

Q. Do battery pressure washers support ESG and carbon reporting?
A. Yes. Battery-powered pressure washers remove direct on-site exhaust emissions, supporting cleaner site operations. For contractors working under carbon reduction plans or public sector frameworks, this helps demonstrate measurable progress against environmental and sustainability commitments.

Q. Is it more cost-effective to hire or buy battery-powered bowsers?
A. Hiring removes upfront capital costs, storage and servicing responsibility. It provides access to modern, compliant equipment aligned with current urban regulations. For many contractors, hiring allows project-based cost control rather than committing to long-term equipment ownership.

Water damage on a construction site demands fast, controlled action. This guide explains how professional drying works on construction sites, what equipment is required, and how to restore safe working conditions without unnecessary programme slippage. All specialist drying equipment can be hired quickly from The Hireman, with rapid availability across London for time-critical site response.

Get to the point:

• Causes of water damage on construction sites
• Project risk of water damage on complex sites
• Equipment required to dry water damage on site
• The four stages of professional site drying
• Site considerations for drying strategy
• Rapid drying equipment hire for construction sites
• Get drying equipment delivered to site with ToolTrak
• Frequently asked questions

 

Key Causes of Water Damage on Construction Sites

Water ingress during construction is common, particularly on large, multi-phase projects where the building envelope is incomplete.

Typical causes include:

• Weather exposure before the façade or roof is fully sealed
• Burst or leaking temporary services
• Inadequate protection during wet trades such as screeding or plastering
• Standing water following concrete pours or cleaning operations
• Ingress through basements, lift pits, risers, or service penetrations

Unlike completed buildings, active sites rarely have stable environmental control. Moisture can migrate deep into slabs, insulation, partitions, and voids before it is visible, increasing drying time and risk if not addressed quickly.

 

How Water Damage Creates Project Risk on Complex Construction Sites

On a live construction programme, water damage poses a major delivery and commercial risk that compounds quickly if not controlled.

Programme disruption

Moisture blocks progress across multiple packages. Failed screed RH tests, delayed inspections, and wet substrates prevent flooring, joinery, M&E second fix, and decoration from proceeding. Even small ingress events can idle trades for days, triggering knock-on delays across the project.

Material damage

Prolonged moisture can cause timber to warp or deteriorate, plasterboard to lose structural integrity, and screeds to fail moisture tests. When this happens, drying timelines are effectively reset, delaying floor finishes and blocking follow-on trades that require verified moisture levels before installation.

Escalating costs

Unmanaged moisture drives extended prelims, wasted labour, and repeat mobilisation. Finishes installed too early often fail and require rework, turning a short-term incident into a double-cost problem later in the programme.

Compliance and warranty risk

Building control, insurers, and warranty providers expect evidence that moisture has been properly managed. If drying is informal, undocumented, or incomplete, certification can be delayed and warranties placed at risk, particularly at handover.

Loss of control at critical stages

Late-stage water damage carries disproportionate impact. When fit-out is underway or handover dates are fixed, drying time competes directly with contractual commitments, increasing exposure to Liquidated and Ascertained Damages (LADs) and commercial dispute.

For site and procurement teams, the decision point is immediate: stabilise conditions, deploy controlled drying, and document the response. Doing this early protects project timelines, limits cost escalation, and preserves compliance without introducing secondary risk.

 

Equipment Needed to Dry Out Water Damage on Site

Professional site drying requires a coordinated system, not a single piece of equipment. The main tools typically include:

• Wet vacuum or pumps for bulk water removal
• Carpet blowers and heaters to accelerate surface evaporation
• Industrial dehumidifiers to remove moisture from the air
• Temporary heating to create effective drying conditions

The correct combination depends on site size, temperature, moisture load, and access constraints. At this stage, professional hire advice helps ensure equipment is specified accurately for site conditions.

The Hireman’s team can advise on the appropriate equipment mix for your site, helping you deploy controlled drying quickly and with confidence.

View the range

 

Four Stages of Drying On-Site Water Damage and Damp

Professional drying follows a structured, sequential process. Skipping stages or applying equipment in the wrong order increases the risk of trapped moisture and future failure.

1. Initial Water Extraction & Pumping

The first priority is removing standing and surface water. Wet vacuums and pumps extract large volumes quickly, preventing further saturation of slabs, screeds, and finishes.

Bulk extraction significantly reduces overall drying time and improves site safety, particularly in early-stage or basement environments. Drying should not progress until visible water has been removed.

2. Accelerated Surface and Textile Drying

Once bulk water is removed, carpet blowers and fans are used to generate high airflow. This breaks the saturated boundary layer at surfaces, accelerating evaporation from floors, walls, ceilings, and textile materials. Heated fans and industrial space heaters also help warm wet materials, speeding up evaporation and surface drying.

This stage is critical for drying carpets, insulation-facing surfaces, and plasterboard. Insufficient airflow leads to uneven drying, increasing the risk of trapped moisture that only becomes apparent down the line.

3. Controlled Evaporation and Moisture Removal

As evaporation increases, moisture must be removed from the air. Industrial dehumidifiers are introduced alongside controlled heating to raise air temperature and increase moisture-holding capacity.

Heating without dehumidification simply redistributes moisture. Dehumidification without sufficient temperature reduces effectiveness. Balanced deployment is essential to avoid condensation or over-drying, particularly important on cold or partially enclosed sites, where uncontrolled heating can create condensation elsewhere in the build.

4. Final Dehumidification and Moisture Stabilisation

The final stage focuses on stabilising internal conditions and achieving acceptable moisture levels for follow-on trades. Dehumidifiers continue running in enclosed areas until readings confirm drying is complete.

Moisture testing and documentation at this stage provide assurance for programme sign-off, compliance checks, and handover documentation.

 

Site Considerations for Drying Strategy and Hire Decisions

• Power availability: Early-stage sites may limit how many heaters or dehumidifiers can operate simultaneously
• Access and logistics: Basements, upper floors, and restricted cores affect equipment selection and setup
• Programme pressure: Aggressive drying may be required, but must be controlled to avoid material damage
• Temperature: Cold winter conditions reduce natural drying and increase reliance on heaters
• Noise and working hours: Fit-out phases and occupied zones require low-noise or phased drying

These factors directly influence equipment type, quantity, and hire duration. A one-size approach increases programme and material risk.

 

Quick Equipment Hire for Water Damage on Construction Sites

When water damage occurs, procurement teams need equipment on site quickly, without complexity or over-ordering.

At The Hireman, we specialise in rapid, service-led drying equipment hire for large, logistically complex London construction sites. Same-day delivery, accurate specification, and responsive support reduce downtime and decision risk.

Available equipment includes carpet blowers, industrial fan heaters, direct space heaters, compact dehumidifiers, pump dehumidifiers, and wet vacuums. Hire strategies are tailored to site conditions, build stage, and programme priorities, ensuring effective drying without unnecessary cost or disruption.

 

Need guidance on equipment specification?

Contact The Hireman today or find your local Hireman depot for further guidance. Our team will help you specify the right combination of equipment for your site conditions, ensuring controlled drying, protected compliance, and minimal programme impact, without over or under-hiring.

Contact us

 

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Frequently Asked Questions

Q. How quickly does water damage need to be addressed on a live construction site?
A. Immediately. Delays increase drying time, programme risk, and the likelihood of rework or failed inspections.

Q. What are the risks of letting a wet site dry naturally?
A. Natural drying is slow, unpredictable, and often ineffective in UK conditions, leading to trapped moisture and delays.

Q. What equipment is typically required to dry water damage on a construction site?
A. Wet vacuums, air movers, industrial dehumidifiers, and temporary heating, sized to site conditions.

Q. How do I know how much drying equipment is needed for my site?
A. Equipment is sized based on area, volume, temperature, and moisture load. Hire advice helps ensure equipment is correctly sized and deployed for site conditions.

Q. How long does drying usually take on a construction site?
A. It varies by material and conditions. Controlled drying significantly reduces overall programme impact.

Q. What checks should be carried out before follow-on trades return to site?
A. Moisture readings should confirm acceptable levels for finishes and compliance requirements.

Q. What practical site constraints can affect drying equipment deployment?
A. Power availability, noise limits, access restrictions, temperature, and working hours.

Q. How quickly can drying equipment be delivered and replaced if site conditions change?
A. Same-day delivery and responsive replacement are standard on London sites.

Q. Is it possible to over-dry or damage materials using the wrong equipment?
A. Yes. Incorrect heating or dehumidification can damage finishes or timber if not controlled.

Q. What information should procurement teams have ready when arranging drying equipment hire?
A. Site location, affected areas, build stage, power availability, access constraints, and programme deadlines.

In the ever-evolving world of construction and maintenance, using the right access equipment can make all the difference in terms of safety, efficiency, and productivity. Enter the Desk Glider, a breakthrough access solution for working over and above desks. Whether you need it for its preliminary over-the-desk use or as a free-standing tower, maintenance tasks have never been simpler. Let’s explore if the Desk Glider is the right access solution for you:

Technical Specifications

• Boasts an impressive 2.0m platform and 1.3m working outreach
• Lightweight aluminium construction
• Compact – fits through single doorways
• Features safety railings, two integrated rear stabilisers and non-slip surfaces that are compliant with Work at Height Regulations
• No batteries or power source required

 

Hire Desk Glider

 

Suitable Environments

The Desk Glider’s versatility extends to the environments in which it can be used. It is well-suited for:

1. Offices and Facilities Management
As the name suggests, one of its top uses is in office spaces where the podium can easily be used for maintenance over desks. Facility managers and maintenance personnel can also use the Desk Glider to perform routine inspections, repairs, and maintenance tasks in commercial and industrial settings. Its compact design enables easy access to hard-to-reach areas.

2. Construction Sites
Construction professionals can benefit from the Desk Glider’s mobility and ease of use. It allows workers to access different levels of a building during construction or renovation projects, improving efficiency and reducing downtime.

3. Warehouses and Distribution Centers
In large warehouses and distribution centers, the Desk Glider can be used to access high shelves, conduct inventory checks, and perform repairs on equipment, all while ensuring safety and efficiency.

4. Retail and Display Setup
Retailers often require access solutions for setting up displays, changing signage, and performing maintenance in stores. The Desk Glider’s compact design makes it ideal for such tasks, even in confined spaces.

 

The Perfect Access Solution for Maintenance Tasks

With all its benefits and uses, the Desk Glider has found the perfect balance of streamlining work processes by providing quick and easy access to elevated areas.

If you’re ready to experience the Desk Glider’s advantages firsthand, look no further than The Hireman. We are proud to offer the Desk Glider platform with a 2.0m platform height, available for hire on our website here. Take your access solutions to the next level with Desk Glider and elevate your productivity and safety standards today.

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The Makita CE001G is making a commendable attempt to steal the cut-off saw crown from the reigning champion – Stihl. Whilst they’re both renowned for their ability to effortlessly cut concrete, the big difference is their power source. Makita boasts a twin 40V battery system, whereas the Stihl TS420 and TS410 are equipped with their traditional 2-stroke petrol power.

Let’s take a deeper look at what makes the Makita CE001G a worthy contender.

What are the advantages of battery-powered tools compared to fuel-powered tools?

The key advantage of battery-powered tools is convenience. The very nature of 2-stroke fuel is that it needs a precise mix of unleaded petrol and oil to lubricate the engine correctly. If this is neglected, the engine may seize, causing damage to the saw and creating costly delays. There is also the inconvenience and hazards associated with storing petrol and oil compared to spare batteries. The 40V batteries used for the Makita CE001G are compatible across the entire Makita XGT range, making it flexible and convenient.

However, there is a trade-off for the convenience of battery power, and that is weight. The Makita saw comes in at 14.1kg compared to 9.78kg for the TS420 petrol saw. At almost a third more, this may lead to operator fatigue if used for long periods of time.

What should you consider when choosing a saw?

Cut-off saws are one of the most versatile tools on the market, but each saw has its own unique features worth mulling over when purchasing.

Power

Higher horsepower allows you to carry out more specialised tasks, work with a wider pool of materials and provide accurate results.

Of course, both are powerful tools, but the Makita CE001G has a slight edge in power with its 5.1 horsepower engine, enabling faster and more efficient cutting.

Environmentally friendliness

Environmental impact is quickly becoming an important factor when choosing the right equipment, and with climate change being a hot topic, protecting our environment is more crucial than ever.

Fossil fuel powered tools are known for their negative impact on the environment. When fuel is used to power the tool, it emits carbon monoxide (CO) fumes and particle matter into the atmosphere, creating pollution.

Fortunately, battery-powered tools like the Makita CE001G produce zero emissions, making them safer to use for the operator and can help businesses work towards their low emission targets.

Noise

Petrol engines are inherently noisy in comparison to the electric motor in the Makita saw, which is almost silent. Naturally, the operating sound of both machines will require ear defenders, but with electric tools, the background chatter of idling and revving 2-stroke engines is removed. This may be particularly relevant when used in residential and built-up areas where neighbours are a consideration.

Safety

All power tools are inherently dangerous without the correct training and safety equipment, but the Makita cut-off saw features an electric brake and anti-restart function for added safety. Zero emissions from the Makita saw also allow it to be used in enclosed spaces where exhaust fumes from the petrol powered Stihl would prohibit its use.

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What saw should you choose?

Despite the disparity, both saws share features that enhance performance during use, including anti-vibration systems, reducing operator fatigue, and improving precision during function. Additionally, dust suppression and cooling during operation are supported through the water delivery system. The Makita cut-off saw features roller wheels on its body which, when cutting floors, can take the weight of the saw, aiding accuracy and minimising operator fatigue.

The Makita cut-off saw makes a compelling case for being the go-to saw for cutting abrasive materials on site. However, in real terms, to compete with the Stihl, you would need several battery packs ready to go, which makes the Makita more expensive to operate compared to the Stihl. The greater weight of the Makita over the Stihl means for all-day operating, the Stihl has the edge in terms of operator fatigue.

There are, however, many advantages to the Makita. Being battery powered makes it simpler to use, and not needing fuel and oil means that there is no need for the additional expense of a COSHH cabinet as well as minimising operator error in mixing fuels incorrectly – we can attest to the number of repairs we perform on broken petrol saws because of this reason!

The Makita is superb for specialist applications where exhaust fumes would be an issue. If you have already committed to the Makita 40V ecosystem and have spare batteries, then economically, the Makita is a viable option. With many construction sites in London switching to battery-only solutions, we expect to see the demand for tools like the Makita CE001G to increase over time.

Ultimately, the choice between these two saws will depend on your specific needs and budget.

 

Hire a cut-off saw today with The Hireman

If you’re interested in hiring the Makita CE001G or the Stihl TS420, or the TS410, get in touch, and we will do the rest.

Celebrating national apprenticeship week 2023 and the growing success of our apprentices!

 

National Apprenticeship Week is an annual event showcasing the benefits of apprenticeships and their valuable pathway to various career opportunities as well as the positive impact it can have on communities, local businesses, and regional economies in England.

It celebrates how technical education can help individuals develop the skills and knowledge required for a rewarding career and encourages employers to create a workforce with future-ready skills.

The theme for National Apprenticeship Week 2023 is ‘Skills for Life’. With this theme in mind, we will be reflecting on how apprenticeships can help individuals to develop the skills and knowledge required for a lifelong rewarding career. In addition, how it also encourages businesses to develop a talented workforce that is equipped with skills for the future.

Growing The Hireman family

At the beginning of 2021, The Hireman decided it was time to welcome a new generation of talented individuals to the family and recruit our first-ever apprentices. Through the expertise and hard work of our HR & People Manager Michelle, she was able to find suitable courses and training providers that would strengthen and support the business, integrate with the created roles and ensure our foundations were strong for the learning journey ahead.

Since then, the past two years have been spent on providing an ideal environment for any apprentice to succeed and thrive in, including developing talents, rewarding those with a continuous commitment to learning by creating opportunities to move into different areas of the business and nurturing our peoples’ skills, strengths, and interests.

Thoughts from our apprentices

Last year we welcomed two of our apprentices as permanent team members of The Hireman and couldn’t be more pleased with the success they have had with us. This year, we welcome four more bright apprentices and are delighted to hear the story of one the individuals:

“My name is Mitchell, and I am currently an Admin Business Apprentice working at the South depot. I predominately work alongside the hire desk team supporting general tasks and focusing on the processing of paperwork for the depot. The reason I chose this route was because I believed it would be the best way for me to develop as I didn’t have any prior experience within this field. I think going down the apprenticeship route has given me the key support to really understand the business and grow within my role over the last 8 months.

I have enjoyed working with my team and mentors the most during this time. It has been a pleasure to work alongside so many great and supportive people. I have also enjoyed seeing my progress during this time both within my course and work at the depot. I have come along way, and it is very pleasing to see. The most challenging part to this is maintaining a good level of work for both my course and my work at the depot and managing my time well to ensure this.

During my time as an apprentice, I have learned so much about business studies and The Hireman, but I would say the life skill I have developed the most during this time that would lead to a rewarding career is taking responsibility for my work. As mentioned previously it can be a challenge to keep on top of both depot work and course work however, it has only taught me how to manage my time more efficiently and how to multitask better. These are key responsibilities anyone must take with their work, and particularly in the hire office.

I would also like to say a big thank you to everyone who has supported so far while I have been completing my course and learning this new industry to me. I have learned so much and I am grateful for all the help I have received along the way”.

Mitchell, Admin Business Apprentice

Thoughts from The Hireman team

As our apprentices have been working their way through their course material and building their practical knowledge and skills, their teams and managers have also benefitted from this learning experience.

“It’s been great watching our apprentices flourish and get stuck into their role. They have been a great addition to our team through their willingness to learn and progress.”

Nick, Depot General Manager

“The apprenticeship has helped Individuals to focus on their development even more throughout the year. Through working alongside Weir training, we were able to gain permanent and valued members of the team who also have the necessary accreditation’.”

Noel, Depot General Manager

The Hireman is proud to be investing in the future

Our apprentices have become valued members of their teams, and their confidence and ability are growing day by day. They have shown their enthusiasm for learning, willingness to get stuck in and aspirations to progress in their careers.

Ali has recently completed a level 2 Supply Chain & Warehouse Operative Qualification through Weir Training and has since become a Warehouse Operative at our City Depot!

Molly also completed the level 2 Supply Chain & Warehouse Operative Qualification and has joined as Driver at our South Depot. Molly is also The Hireman’s first ever female driver!

The introduction of apprenticeships has been an invaluable endeavour for everyone at The Hireman, and it’s safe to say we are looking forward to creating more opportunities for apprentices to build their future with us.

For more from our managers and apprentices, keep an eye out on LinkedIn for our #NAW2023 posts 

‘If you or someone you know would be interested in an apprenticeship with The Hireman, you can get in touch with our training provider Weir Training or visit our website.’

If you’re interested in setting up an account, all you need to do is pop an email over to [email protected] and we’ll do the rest!