MECHANICAL WOOD PROCESSING
EQUIPMENT BY TM SYSTEMS®
Towards Sustainable Mechanical Wood Processing
TM Systems® innovative solutions fulfill all production requirements set by companies specializing in mechanical wood processing.
- Removal of harmful compounds and odors from exhaust emissions
- CO2 reduction
- Drying by-products and sludge
- Heat recovery for drying (e.g. saw mills’ timber dry kilns)
- Ventilation of production processes and process halls
- Ventilation of special rooms (electrical rooms etc.)
ZeroEmissions ZeroOdors ZeroFog ZeroIce ZeroDust made with recovered waste energy
Pollutants, foul odors and wasted energy – typical problems in the mechanical wood industry. Our proven Zero-Ex® closed circulation technology is specifically designed to combat these problems. In addition to reducing the harmful environmental impact of the mechanical wood industry, Zero-Ex® also improves the efficiency of the processes by recovering wasted heat that would otherwise be exhausted into the atmosphere. Zero-Ex® enables a closed loop system in which the energy generated by the process can be recovered with zero waste. By minimizing energy consumption and maximizing the continued use of energy, it is possible to achieve up to 100% energy recovery. Read more: Zero-Ex® – zero emissions to air
Recover sidestreams and by-products to support bioenergy and circular economy
Sidestreams and by-products such as bark, wood chips, saw dust and sludge can be utilized as raw material for recycled fibers for instance as bedding or a substitute for fossil fuels. To increase the energy efficiency and to reduce the weight of the material, it is important to dry it to an optimal moisture content before it is burned.
SuperDryer™ is a breakthrough drying system that revolutionizes the drying process by making it clean, energy efficient and CO2 negative. It replaces the traditional industrial dryers that are associated with high energy consumption and heavy pollution.
SuperDryer™ is versatile and easily scalable to fit any capacity requirements. The optimal drying conditions and final dryness of the product can be easily adjusted through operating parameters. Together with our Zero-Ex® technology it cleans 100% of the exhaust air, eliminates harmful emissions and odors, and recovers 100% of spent energy. SuperDryer™ helps you meet the requirements of the latest environmental regulations and the energy challenges of modern industry. Read more: SuperDryer™ – clean, energy-efficient and CO2 negative drying of sidestreams and sludges
At TM Systems® we are very aware of the energy challenges and the pressure toward environmentally friendly operations in mechanical wood industry and, therefore, we have put extra effort to further develop energy saving solutions including top-of-the-line heat recovery systems. We deliver solutions that cut energy costs and enable more environmentally friendly production without compromising on production rate.
TM Systems® has developed various heat recovery solutions for mechanical wood processing plants. With our optimized heat recovery solutions you save in energy while still being able to increase your production output. Read more: Industrial energy saving by TM Systems®
Mechanical wood processing industry faces an increasing amount of regulatory sustainability challenges. How to meet the limits without compromising the profitability of the business? Read more: Ensure your regulatory compliance with TM Systems® technology
This is TM Systems®
TM Systems® is a leading developer and supplier of industrial air, drying and emission control systems. We are setting standards in paper, board, tissue and pulp industries, mechanical wood, energy and bioenergy, mining, metal and recycling industries as well as industrial and urban waste and sidestream processes when turning waste into a source of energy or commodity with business value. We know how to turn an industrial drying process CO2 negative with zero emissions. Read more: TM Systems® in a nutshell
for Mechanical Wood Processing Industry
for Mechanical Wood Processing Industry