Speer Engineering – Engineering for life

Defence

Technology is in these times the key factor in keeping your country safe. The global powers are develloping new technology like AI, drones and all other types of weapo systems

Efficiency

Due to technological progress, a lot of installed equipment in factories can be improved. Improvements can be in energy consumption, quality, cost or reliability.

New Technology

The global technology community devellops a lot of new products/ technology. We make sure we are completely up to date on these developments so we can offer our clients state of the art service.

Energy Efficiency

Even in current times where energy prices are sky high, factories do not understand they can reduce their energy consumption and eurn back that investment within 1 or 2 years.

Common examples are old electric motors, pumps that are not running optimal for the (new) proces parameters and cooling towers that just dissipate the heat into the environment. Speer Engineering can assist in improving all these issues. Our first evaluating visit is free of charge!

More information

Our Core Expertise

We can off course assist you with our CAD engineers, but we are mainly specialized in the fields of efficiency / optimization of current factories and projects for the defence industry.

Engineering work, CAD, Calculations

Producing CAD drawings for your design
Calculations
In house engineering support from our engineers

Designing

Complete design of a new machine or installation
Product development
Drone / UAV development

Efficiency

Using the latest engineering technology to improve the processes in your factory. We evaluate your processes in a1 day free visit and report the possibilities

Defence projects

UAV for marine use, sentinal units for air and land protection. Custom requests for military of civil use.

CASE STUDY

Current pump replacement

Everyone has heard that replacing an old pump or electric motor saves energy. However, for some reason we don’t understand, most factories do not take any action. We can provide a free, no-obligation consultation with a quote. This will clearly show you the potential energy and therefore cost savings. Generally, the purchase price pays for itself within a year.

Pump Efficiency

Our sensors can precisely indicate at which point on the curve the pump is running. If this is not optimal, as is often the case, significant energy savings can be achieved. This efficiency translates to an average 10% savings, or 175,000 kWh for a 200 kW pump.

Elektromotoren

Dutch factories still run many IE3 (and older) motors with an efficiency below 95%; an IE4 motor is around 97%. That doesn’t seem like much, but with continuous use, a 200kW motor can easily generate at least 35,000 kWh per year.

CASE STUDY

Cooling tower

A cooling tower literally releases a significant amount of energy into the air. Using a thermodynamic or thermoelectric system, we can convert this residual heat into usable energy.

Rest heat to Electricity

We can convert the energy into electricity either through a system with coolant, a turbine and generator or through a thermoelectric element.

Rest heat to Hydrogen

The residual heat can be used to convert the generated energy into hydrogen if there is no possibility to use electricity.

Residual heat to a thermal battery for process heat

Storing heat for use elsewhere or at a later time. This can save significant energy. We can also store heat at varying (and therefore higher) temperatures.