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DM Engineering Pte Ltd



            Introduction

            DM Engineering Pte Ltd (DM Engineering) was established
            in 2007 and specialises in installing industrial machinery and
            equipment.  The company is renowned for its mechanical
            engineering expertise and delivers precision solutions
            tailored to client needs.    The company champions eco-
            friendly practices, implementing initiatives to curb office
            waste  and  promote energy conservation.  Figure 1  shows
            the DM engineering production area, and Figure 2 shows
            samples of its machine part products.



            Environment Review
                                                                        Figure 1: DM Engineering production area
            The environment review identified two significant
            environmental concerns for DM Engineering: electrical
            consumption and coolant usage.

            Thirteen  computer  numerical  control    (CNC)  machines
            operate  on  the  shop  floor  at  DM  Engineering.  They  are
            pivotal in manufacturing and contribute to environmental
            impact  via  coolant  usage  (Figure  3).  Coolant  is  integral  to
            CNC machining for cooling and lubrication.







                                                                            Figure 2: Company products

                                      Figure 3: The CNC machine   Coolant regulates the temperature of both the cutting tool
                                      in operation shows the     and the work item, mitigating the risk of overheating during
                                      coolant flow into the      machining  operations.  Additionally,  it  acts  as  a  lubricant,
                                      cutter and workpiece.
                                                                 facilitating smoother cutting and reducing friction on
                                                                 the surfaces of the workpiece. However, the circulation of
                                                                 coolant demands energy, which adds to the overall electrical
                                                                 consumption of the facility.

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