Computer Color Matching System (CCMS)

It is the instrumental color formulation based on recipe calculation using the spectrophotometeic properties of dyestuff and fibres. Generally garment buyer gives a fabric sample swatch or Pantone number of a specific shade to the garment manufacturer. Then the manufacturer gives the fabric to lab dip development department to match the shade of the fabric. After getting the sample they analyze the color of the sample manually. It is a laborious, time consuming and critical task and needs skills and expertise of the personnel developing the lab dip On the other hand to save time and money, theycan use computer Color matching system.

It performs 2 functions. The first one is selection. It means determination of one or more practical combinations of compatible dyestuffs which are expected to match with the given shade satisfactorily at reasonable cost.cost. The second thing us that the color formulattions are determined as to how much amount of each colorant should be used to produce a satisfactory match.It means that there are usually more than the combination of dyes which will match the required shade. The computer tries to match the standard with the all possible combinations of dyes and lists the resulting formulae in best match and cost consideration. The colorist can then choose a matching formula from the list considering the closeness of the match cost and other relevant factors.

Renewable Energy

It comes from unlimited naturally replenished resources such as the sun, tides and wind. Renewable energy can be used for electricity generation, space and water heating and coolung and transportation. Non renewable energy in contrast comes from finite sources such as coal, natural gas and oil.

The various forms of energy are bio energy, Geothermal energy, hydrogen and other renewable fuels, hydropower, marine energy, solar energy and wind energy.

Renewable energy offers numerous economic, Environmental, and social advantages. These include

• Reduced carbon emissions and air pollution from energy production.
• Enhanced reliability, security and resilience of the power grid.
• Job creation through the increased production and manufacturing of renewable energy technologies.
• Increased energy independence
• Lower energy costs
• Expanded energy access for remote coastal, or isolated communities.

Zeni Tech

This is an incubation centre set up in the institution. It is a collaborative venture with SSM utilising expertise in fabrication, manufacturing and refurbishing mechanical systems and having state of the art laboratories, fabrication shops and testing facilities. It's a joint effort to Foster innovation through research initiatives and incubate projects.

Students are guided to develop and commercialise proje to and products related to solar Engineering.

Zeni Tech would have access to SSMCEs fabrication and testing facilities. It would enable Zeni Tech to conduct research, prototype and fabricate innovative projects related to solar Engineering.

This would prove to be a step ahead to mutually fulfill the research and development goals.

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