Sliding Flood Gate for the Stephenson Street Flood Scheme

Case Studies

Sliding Flood Gate for the Stephenson Street Flood Scheme

MM Engineering's 9 m sliding flood gate for NRW's Stephenson Street flood scheme, Newport: an HGV route, designed for one-person closure in high winds.

Blast Window Design & Supply

Case Studies

Blast Window Design & Supply

MM Engineering was commissioned to design, supply and support the installation of a bespoke blast-rated window solution suitable for a live, high-traffic industrial environment.

BAE Systems

Case Studies

BAE Systems

BAE Systems, Europe’s largest defence contractor, undertook a UK storage facility blast-defence upgrade supported by consultative design, manufacture, and installation services.

RAF Marham

Case Studies

RAF Marham

RAF Marham, the UK base of the F-35 Lightning and a key RAF operating station, undertook new testing facility construction in which MM Engineering provided specialist contractor services to design, manufacture, and install internal blast defence.

Chemring Energetics UK

Case Studies

Chemring Energetics UK

Chemring Energetics UK (CEUK) supplies energetic and explosive technologies worldwide. MM Engineering supported a safety upgrade at its South-West Scotland R&D site by designing and installing 21 bespoke blast-resistant doors.

HMRC Shipley

Case Studies

HMRC Shipley

MM Engineering were commissioned to create, advise and install flood defence products for HMRC Shipley at their riverside location.

Greyfriars Substation

Case Studies

Greyfriars Substation

MM Engineering are the preferred flood defence supplier for a major distribution network operator.

Hounslow Waste Facility

Case Studies

Hounslow Waste Facility

MME were commissioned to design a fire flood door. The product was needed for a unique problem.

Belfast Tidal Flood Alleviation Scheme

Case Studies

Belfast Tidal Flood Alleviation Scheme

The city of Belfast finds itself at risk of flooding from a number of sources. A coastal city on the mouth of the river Lagan, both tidal and river flooding present a risk to the businesses and residents.

Hessle Foreshore Tidal Defence Scheme

Case Studies

Hessle Foreshore Tidal Defence Scheme

The Hessle Foreshore is a low lying area situated on the northern banks of Humber estuary. A tidal surge in 2013 flooded 40 houses and 44 businesses in the Hessle area

BIM, Why Does It Matter?

News

BIM, Why Does It Matter?

The UK construction sector is in a state of constant improvement. Take health and safety for example. Today it’s impossible to set foot on a construction site without certain criteria being met, such as the correct personal protective equipment being worn and training requirements being met.

Three Key Steps For Any Flood Defence Project

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Three Key Steps For Any Flood Defence Project

The installation of flood defences is one of the most important projects a building or asset is ever likely to ever require. If done properly, it safeguards the operation of the property and potentially saves the considerable cost of recovering from a flood. If done incorrectly, the client is exposed to a range of undesirable scenarios.

Utilising Parametric Modelling in Flood Defence Design

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Utilising Parametric Modelling in Flood Defence Design

MM Engineering used parametric modelling to design precise, efficient, and bespoke flood defence solutions, improving accuracy, collaboration, and innovation.

Why Embodied Carbon is the Top Environmental Issue for Our Sector, and How to Address It

News

Why Embodied Carbon is the Top Environmental Issue for Our Sector, and How to Address It

Embodied carbon is a major and often overlooked contributor to construction-related emissions. Let’s examine why the industry is falling short and how better procurement decisions could help drive meaningful carbon reduction.

AI is Transforming Engineering, But How Do We Avoid the Pitfalls?

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AI is Transforming Engineering, But How Do We Avoid the Pitfalls?

AI is rapidly transforming the engineering sector, offering major gains in efficiency and design capability. It also raises important questions about quality, safety, and overreliance on automation, highlighting the need to balance innovation with human expertise.