MAESTRO KILN RANGE

The SACMI Maestro kiln range guarantees minimum consumption and optimizes heat exchange by using high-speed-flame combustion.

Find out more on Maestro kiln range

CCM - CONTINUOUS COMPRESSION MOLDING 

It’s up to us to reduce energy consumption

That’s why we design machines that provide the best quality together with increasingly high energy savings.
Through commitment to research we’ve developed the new CCM48SD compression molding machine for the manufacture of plastic caps. 

The electricity saved by a latest-generation CCM in a year could power 50 average-sized apartments.

Maximize quality, minimize energy consumption.

Find out more on CCM

ZERO FUEL DRYER

The SACMI Zero Fuel Dryer meets all multi-layer dryer energy requirements, allowing it to operate at full capacity without any fuel.

Zero Fuel dryers provide savings of up to 2,200 tons/year of CO₂, the equivalent of 1,910 cars travelling some 10,000 kilometers a year.

Minimize consumption and save on energy costs.

Find out more on Zero fuel dryer

CONTINUA+

It’s Up to Us to reduce energy consumption

CONTINUA+ has a specific electricity consumption of 0.06 kWh per m², reducing electrical power consumption to as little as a sixth of that used on traditional pressing.

In a year, CONTINUA+ can save up to 1500 MWh, the amount of power that could be used for heating 600 homes.

Obtain the lowest consumption on the market while manufacturing tiles of every size.

It’s Up to Us to protect the environment

CONTINUA+ reduces the use of hydraulic oil down to 120 liters (-95% compared to traditional pressing), thus minimizing both running and disposal costs.
 

It’s Up to Us to safeguard the environment and people

CONTINUA+ is the lightest solution on the market, with installation requiring no foundation work at all.
This makes workplaces healthier and reduces environmental impact.

Both noise and vibration are extremely low, and the system has the lowest dust levels on the market.

Find out more on Continua+

atm

It's up to us to find perfect circular processes.

That’s why we cut consumption by extending heat flow optimization to spray drying. 
The production processes we design optimize energy by moving heat from the kiln chimneys to the spray dryer. 
SACMI equips these solutions with automatic adjustment systems to maximize efficiency at all times. Over a year, using retrieved energy on the spray dryer and mill saves as much CO2 as that emitted by 2,270 air conditioners.

FINO OUT MORE ON ATM

MMC

It's up to us to keep our environment clean.

That’s why our clay grinding processes reduce water and chemical (deflocculant) consumption as much as possible. We design solutions that re-use the hot water from the cogenerator water-air heat exchangers by delivering it to the mills, making clay grinding more sustainable. 

Over a year, using retrieved energy on the spray dryer and mill saves as much CO2 as that emitted by 2,270 air conditioners.

FIND OUT MORE ON MMC

CCM - CONTINUOUS COMPRESSION MOLDING

It’s up to us to perform continuous research to cut CO2 emissions.

That's why we developed compression technology for the manufacture of plastic caps, which produces far less CO2 than injection molding. 

The new CCM48SD now takes that reduction to unprecedented levels. If every single cap in Italy were made using this solution, the CO2 savings would offset the yearly emissions of 1000 medium-sized cars.

Make production more sustainable and more profitable.

FIND OUT MORE ON CCM

RETHINKING THERMAL AL PROCESSES
INSIDE THE CERAMIC PLANT

Efficient use of heat inside the factory is a shared goal of all ceramic companies as they seek to optimize manufacturing costs and take a sustainable approach to ceramic production.

SACMI takes a global approach, from feasibility studies and design to the technologies needed to achieve such efficiency. SACMI is your sole partner for energy efficiency in the ceramic plant.
 

Download our brochure on Energy savings

It’s up to us to save energy

A perfectly circular process can only be achieved by optimizing the entire plant. That’s why we strive to lower consumption and optimize production processes, every day.

With SACMI’s solutions, manufacturers can achieve annual gas savings of up to 20% and electricity savings of up to 14%. Together, those savings equal the energy consumed by 1,000 families.

Reduce CO2 emissions while lowering energy consumption.

It’s up to us to team up

That’s why we’ve merged our expertise to create new energy saving solutions.
Together with Riedhammer, we produce sanitaryware and tableware kilns that, in a year, allow manufacturers to save 2,500,000 kWh - by recovering heat from fumes and recycling waste heat - and reduce CO2 emissions by 1,300 tons.

SACMI and Riedhammer, providing optimal solutions for sustainable production.

Find out more on Riedhammer

It’s up to us to explore new ways to decarbonize

That’s why we’re ready to use hydrogen as an alternative energy source. Together with Riedhammer, we’ve created kilns that can run on fuels with different H2/natural gas ratios.
Over a year, using this energy source is the equivalent of 100 hectares’ worth of woodland CO2 absorption.

SACMI and Riedhammer, READY to use hydrogen as the fuel of the future.

Find out more on Riedhammer

It’s up to us to save water

That’s why we design water recovery solutions for all production processes.
In a year, a plant producing 750,000 pieces with the SACMI clean water solution will save 40,000 m3 of water.
That’s equal to 16 Olympic swimming pools.

We ARE Sanitaryware

AUTOMATION RESEARCH ENVIRONMENT

It’s up to us to develop green sanitaryware production solutions

That's why, together with Riedhammer, we design energy optimization solutions for all production processes. In a year, a plant producing 750,000 pieces with SACMI Energy Recovery solutions will eliminate 3000 tons of CO2 emissions. That’s equal to 140 hectares’ worth of woodland CO2 absorption.

SACMI and Riedhammer. We ARE Sanitaryware

AUTOMATION RESEARCH ENVIRONMENT

It’s up to us to recycle all materials

That's why we develop solutions capable of recovering and re-using fired sanitaryware scrap. In a year, a plant producing 750,000 pieces with the SACMI fired scrap recycling system will recover 100% of all materials, with zero waste. That’s equal to 1,225 tons of raw materials saved.

We ARE Sanitaryware
 
AUTOMATION RESEARCH ENVIRONMENT