Thermal Drying Dewatering Equipment Market Size, Share, Growth, and Industry Analysis, By Type (Direct Type,Indirect Type,Others), By Application (Food and Beverage,Oil,Textile,Pulp,Others), Regional Insights and Forecast to 2035

Thermal Drying Dewatering Equipment Market Overview

The global Thermal Drying Dewatering Equipment Market size is projected to grow from USD 688 million in 2026 to USD 706.72 million in 2027, reaching USD 902.03 million by 2035, expanding at a CAGR of 2.72% during the forecast period.

The Thermal Drying Dewatering Equipment Market is expanding steadily as wastewater treatment facilities and industrial plants increasingly adopt efficient water-removal technologies. More than 41% of wastewater treatment plants globally use thermal drying systems, with food and beverage, oil, textile, and pulp industries representing major application areas. Asia-Pacific leads global installations, supported by expanding industrial wastewater treatment and manufacturing activity. Europe and North America also maintain significant adoption due to environmental regulations and modernization of treatment infrastructure. The shift toward indirect thermal drying is strengthening as industries prioritize lower energy consumption, operational efficiency, and improved resource recovery.

The United States remains a major market, supported by more than 2,400 installed units across wastewater treatment, food processing, oil refining, and textile operations. Wastewater treatment represents the largest domestic application, accounting for approximately 42% of installations, followed by food and beverage facilities. Oil refineries and textile plants also contribute significantly to equipment demand, while new industrial projects increasingly favor indirect drying configurations. Energy recovery integration is gaining attention among wastewater operators seeking improved process efficiency and reduced operating requirements. Strong industrial activity in Texas, California, and New York further supports equipment deployment across the country.

Get Comprehensive Insights into the Market’s Size and Growth Trends

Download FREE Sample

Key Findings

• Key Market Driver: 61% of global demand driven by industrial wastewater treatment initiatives and sustainability-focused manufacturing plants.
• Major Market Restraint: 39% of companies report high operational and maintenance costs as barriers to large-scale adoption.
• Emerging Trends: 33% increase in adoption of energy-efficient indirect thermal drying systems in 2024.
• Regional Leadership: 37% of installations are in Asia-Pacific, compared to 29% in Europe and 24% in North America.
• Competitive Landscape: 31% of the market is controlled by the top two manufacturers worldwide.
• Market Segmentation: 33% of demand originates from food and beverage, 22% from oil, and 18% from textile industries.
• Recent Development: 28% of new equipment launched in 2024 featured AI-enabled energy optimization technology.

Thermal Drying Dewatering Equipment Market Latest Trends

The Thermal Drying Dewatering Equipment Market is increasingly shifting toward energy-efficient and advanced drying technologies, with indirect systems representing a significant portion of new installations in 2024. Food and beverage processors are investing in improved moisture-control equipment to enhance treatment efficiency and operational reliability. Oil refineries continue adopting thermal dewatering systems for continuous industrial waste treatment, while textile and pulp manufacturers are upgrading equipment to address wastewater-management requirements. Asia-Pacific remains a major adoption center, supported by industrial expansion and stricter wastewater regulations in China and India. Europe is also advancing adoption through sustainability initiatives, while U.S. wastewater facilities are increasingly integrating thermal drying into modernization programs.

Renewable-energy integration is becoming an important product-development trend within the market, particularly through solar-assisted heating and waste heat recovery. Manufacturers are developing systems that can utilize recovered industrial heat to reduce dependence on conventional energy sources. Digital monitoring and automated controls are also being integrated to improve temperature regulation, moisture management, and maintenance planning. Food, oil, textile, and pulp facilities are evaluating these technologies to improve resource efficiency while meeting environmental requirements. These developments are strengthening demand for advanced thermal drying equipment across industrial and wastewater applications.

How is technological advancement driving the Thermal Drying Dewatering Equipment Market?

Technological advancement is driving the Thermal Drying Dewatering Equipment Market through AI-enabled controls, automated monitoring, heat recovery, and hybrid drying configurations. AI-enabled systems represented approximately 28% of new equipment launched in 2024, supporting improved temperature and moisture management. Indirect technologies are gaining attention because of their energy-efficiency advantages and controlled heat transfer. Waste heat recovery enables industrial facilities to reuse thermal energy and reduce operating requirements. These innovations are improving equipment performance across wastewater treatment, food and beverage, oil, textile, and pulp applications.

Thermal Drying Dewatering Equipment Market Dynamics

DRIVER

"Increasing demand for wastewater treatment and industrial sustainability solutions."

Demand for Thermal Drying Dewatering Equipment is being driven by the expansion of industrial wastewater treatment and sustainability programs. Industrial wastewater facilities represent a major share of equipment installations as manufacturers seek reliable methods for reducing moisture and handling treatment residues. Europe is encouraging adoption through environmental initiatives, while Asia-Pacific is expanding wastewater infrastructure alongside industrial production. Food processing facilities are investing in thermal drying to support regulatory compliance and improve waste management. The oil industry is another important user because refineries require continuous dewatering and treatment capabilities.

Municipal and industrial water-reuse programs are also creating opportunities for equipment manufacturers and technology providers. Operators are increasingly seeking systems that can reduce sludge volume while improving resource recovery and overall treatment efficiency. Stricter environmental regulations are encouraging facilities to replace conventional equipment with more advanced drying technologies. Industrial modernization projects are supporting demand across food, oil, textile, and pulp applications. This combination of wastewater treatment requirements and sustainability objectives is strengthening Thermal Drying Dewatering Equipment Market Growth.

RESTRAINT

"High operational and maintenance costs limiting small-scale adoption."

High energy requirements remain a major restraint for Thermal Drying Dewatering Equipment, particularly among smaller industrial facilities with limited operating budgets. Textile manufacturers and small wastewater projects can face difficulties justifying the initial investment and ongoing maintenance requirements. Facilities in developing markets may also experience delays when financing advanced drying infrastructure. Energy expenditure can significantly influence equipment selection because thermal systems require continuous heat input during operation. Oil and industrial processing facilities may additionally face replacement costs when older drying equipment requires major maintenance.

These cost pressures are encouraging manufacturers to develop more efficient equipment with improved heat utilization and automated operating controls. However, smaller end users may continue preferring conventional dewatering technologies where capital availability is limited. Maintenance requirements for thermal components, heat exchangers, fans, and control systems can further increase lifecycle costs. Service availability is another consideration in emerging markets where specialized technical expertise may be limited. These factors can slow adoption despite the long-term environmental and operational benefits offered by advanced thermal drying systems.

OPPORTUNITY

"Integration of AI-enabled energy optimization and waste heat recovery systems."

AI-enabled monitoring is creating new opportunities for the Thermal Drying Dewatering Equipment Market by allowing operators to optimize temperature, moisture levels, energy consumption, and equipment performance. Advanced monitoring systems can identify process variations and support automated adjustments during drying operations. Waste heat recovery is also gaining attention because industrial facilities can reuse available thermal energy from boilers, furnaces, and production processes. These technologies are particularly attractive to large food, oil, textile, and wastewater facilities seeking improved resource utilization. Digitalization is therefore becoming an important part of modern thermal drying system development.

Manufacturers are combining sensors, automated controls, predictive maintenance, and energy-management software with conventional drying equipment. These solutions can help facilities identify inefficient operating conditions and improve equipment utilization. Asia-Pacific provides significant opportunities because industrial expansion is occurring alongside increasing demand for advanced wastewater treatment. North American and European facilities are also upgrading existing systems with digital monitoring and energy recovery capabilities. Continued integration of intelligent technologies can create additional Thermal Drying Dewatering Equipment Market Opportunities across sustainability-focused industrial applications.

CHALLENGE

"Environmental impact and emission-related concerns."

Environmental regulations present an important challenge for thermal drying equipment because some systems can generate air emissions depending on the material being processed and the heating technology used. Industrial facilities must increasingly consider emission-control requirements when designing or upgrading drying installations. Pulp and paper manufacturers face particular pressure to manage emissions while maintaining continuous drying operations. European regulations are encouraging companies to adopt cleaner technologies and improve environmental performance. Manufacturers in Asia-Pacific are also investing in emission-reduction solutions as industrial environmental standards become more demanding.

Compliance requirements can increase equipment complexity and raise installation and operating costs for end users. Facilities may need additional filtration, exhaust treatment, monitoring, and emission-control equipment alongside the primary thermal dryer. Older installations can require significant upgrades to meet newer environmental standards, creating challenges for smaller operators. Equipment suppliers are responding by developing improved combustion systems, heat recovery solutions, and closed-loop configurations. Balancing drying efficiency, energy consumption, emissions, and regulatory compliance will remain a key challenge for the market's future development.

Why is Demand increasing for the Thermal Drying Dewatering Equipment Industry?

Demand is increasing because industries require efficient wastewater treatment, sludge management, moisture removal, and resource-recovery solutions. Approximately 41% of wastewater treatment plants globally use thermal drying systems, demonstrating substantial industrial adoption. Food and beverage, oil, textile, and pulp facilities are upgrading equipment to meet stricter environmental requirements and improve operational efficiency. Asia-Pacific is generating strong demand through industrial expansion and wastewater infrastructure development. Growing emphasis on energy conservation and sustainability is further encouraging replacement of conventional systems with advanced thermal drying technologies.

Thermal Drying Dewatering Equipment Market Segmentation

Get Comprehensive Insights on the Market Segmentation in this Report

Download FREE Sample

BY TYPE

Direct Type: The Direct Type segment remains an important category in the Thermal Drying Dewatering Equipment Market, supported by demand from wastewater treatment and industrial processing facilities. Direct systems are preferred where rapid moisture removal and straightforward thermal transfer are required. Food and beverage manufacturers continue using these systems for high-throughput processing and sludge treatment. North America and Europe maintain established installations, while Asia-Pacific is expanding adoption across industrial facilities. Direct systems are particularly suitable for large plants requiring continuous drying operations.

The segment is also supported by applications in oil processing, food production, and municipal wastewater management. Operators favor direct systems when drying speed and operational simplicity are major priorities. However, higher energy consumption compared with newer alternatives is encouraging some users to evaluate indirect and hybrid technologies. Industrial facilities are increasingly comparing thermal efficiency, maintenance requirements, and emission performance before selecting equipment. This competitive evaluation will influence future demand across established and emerging markets.

Indirect Type: The Indirect Type segment is gaining strong attention because of its energy-efficient operating characteristics and suitability for environmentally focused industrial facilities. Indirect systems separate the heating medium from the material being dried, supporting better process control and reduced contamination risks. Europe has been a major adoption center because manufacturers prioritize emission reduction and energy conservation. Wastewater treatment, oil refining, pulp processing, and food manufacturing are important application areas. Demand is also increasing among facilities seeking consistent drying performance.

The technology is becoming increasingly relevant as industrial operators pursue lower energy consumption and improved sustainability performance. Asia-Pacific is expanding installations as wastewater regulations become stricter and industrial production capacity increases. Food processors and refineries are evaluating indirect systems for continuous operations requiring controlled moisture removal. Integration with waste heat recovery can further improve overall system efficiency. These developments are strengthening the position of indirect technology within the Thermal Drying Dewatering Equipment Market.

Others: The Others segment includes hybrid, customized, and specialized thermal drying systems designed for applications requiring flexible operating configurations. These systems are increasingly used in research facilities, universities, government projects, and specialized industrial operations. Hybrid technologies can combine different heating and drying approaches to address specific moisture-removal requirements. Asia-Pacific is showing growing interest because of expanding industrial experimentation and wastewater infrastructure. Customized equipment is also gaining relevance where standard direct or indirect configurations cannot meet process requirements.

Manufacturers are incorporating automation, digital monitoring, and energy optimization features into specialized systems to improve operational control. Smaller industrial facilities are also evaluating compact configurations where conventional large-scale dryers are unsuitable. Research institutions are using customized equipment to test new drying processes and alternative energy sources. Demand is expected to remain concentrated in specialized applications rather than mainstream industrial installations. Continued technological development should create additional opportunities for customized dewatering equipment.

BY APPLICATION

Food and Beverage: The Food and Beverage segment represents a major application area because thermal drying equipment supports moisture reduction, wastewater treatment, and process residue management. Food processors require reliable systems capable of handling organic waste streams while maintaining consistent operating conditions. Dairy, beverage, meat, packaged food, and brewing facilities are important users of thermal dewatering technologies. Europe and Asia-Pacific remain significant markets because of their large food-processing bases. Increasing production volumes are encouraging manufacturers to improve wastewater and waste-management infrastructure.

Energy efficiency is becoming a central purchasing consideration for food manufacturers seeking to control operating costs and improve sustainability performance. Indirect systems are receiving attention where facilities require lower emissions and controlled heat transfer. Automated monitoring is also being integrated to improve moisture control and reduce unnecessary energy use. Food producers are increasingly considering equipment that can support continuous processing and resource recovery. These factors are expected to maintain strong demand for thermal drying systems across the food industry.

Oil: The Oil application remains an important market for thermal drying dewatering equipment because refineries and petroleum facilities generate wastewater, sludge, and other materials requiring effective moisture removal. Thermal systems provide continuous treatment capabilities for facilities handling large industrial waste streams. Asia-Pacific and the Middle East are important demand centers because of their extensive refining infrastructure. North American refineries also use thermal technologies for industrial wastewater and sludge management. Equipment selection is increasingly influenced by energy efficiency and environmental compliance requirements.

Indirect and hybrid systems are gaining attention in oil facilities because they can provide controlled drying while supporting lower energy consumption. Operators are investing in technologies that can improve dewatering performance and reduce waste-handling requirements. Advanced monitoring systems are also being introduced to maintain stable operating conditions during continuous processing. Refinery modernization programs are creating opportunities for replacement and upgraded drying equipment. The long-term outlook remains supported by expanding wastewater-management requirements across petroleum operations.

Textile: The Textile segment continues to generate demand for thermal drying dewatering equipment because textile manufacturing produces substantial wastewater and moisture-rich industrial residues. Asia-Pacific represents the most important production center, supported by large textile manufacturing clusters in China, India, Bangladesh, and Southeast Asia. Thermal systems help manufacturers improve wastewater treatment and manage difficult-to-dry industrial streams. European textile facilities are also investing in advanced equipment to comply with environmental and sustainability requirements. Demand is particularly strong among large manufacturing plants requiring continuous treatment capacity.

Energy efficiency is becoming increasingly important as textile manufacturers seek to lower utility consumption and improve production economics. Hybrid and indirect technologies are being evaluated for applications where lower operating costs and improved environmental performance are priorities. Digital monitoring can provide better control of drying temperatures, moisture levels, and equipment performance. Textile producers are also examining systems that reduce processing time and improve overall resource utilization. These factors are expected to support continued adoption across major textile-producing economies.

Pulp: The Pulp and Paper segment uses thermal drying dewatering equipment for moisture management, sludge treatment, and industrial waste processing. European and North American pulp facilities maintain significant demand because of established paper manufacturing infrastructure and strict environmental requirements. Thermal systems are useful for facilities requiring continuous treatment of high-volume industrial residues. Manufacturers are increasingly upgrading older equipment with technologies offering better energy efficiency and emission control. Asia-Pacific is also becoming an important market as paper production capacity expands.

Environmental compliance remains a major factor influencing equipment investment across the pulp industry. Hybrid and indirect dryers are gaining attention because they can support improved thermal efficiency and controlled emissions. Paper mills are also integrating monitoring technologies to optimize drying conditions and reduce unnecessary energy consumption. Modernization projects provide opportunities for equipment suppliers as older systems reach replacement cycles. Sustainable waste treatment and resource recovery initiatives are expected to strengthen future demand.

Others: The Others application category covers universities, research facilities, government projects, pilot plants, and specialized industrial operations. These users often require compact or customized thermal drying systems capable of handling smaller volumes and experimental materials. Asia-Pacific and Europe maintain notable activity because of research investments and industrial technology development. Government wastewater projects also create opportunities for specialized equipment where conventional treatment systems are insufficient. Demand is increasingly linked to testing, demonstration, and advanced process-development activities.

Manufacturers are developing flexible systems that can be adapted to different feed materials, operating temperatures, and drying conditions. Digital controls and automated monitoring are becoming more common in research and pilot installations because they allow precise evaluation of process performance. Hybrid configurations are also being tested to improve energy efficiency and accommodate different industrial requirements. Although this segment is smaller than food, oil, textile, and pulp applications, it provides opportunities for specialized equipment suppliers. Expansion of industrial R&D and pilot-scale wastewater projects should support future adoption.

Which Segment is Growing Faster in the Thermal Drying Dewatering Equipment Market?

The Indirect Type segment is growing faster as industrial operators increasingly prioritize energy efficiency, controlled heat transfer, and lower environmental impact. Adoption of indirect systems increased by approximately 33% in 2024, supported by demand from wastewater treatment, food, oil, textile, and pulp facilities. Hybrid systems are also gaining attention where flexible drying configurations are required. Food and beverage remains a major application, accounting for approximately 33% of market demand. Increasing integration of heat recovery and automated controls is further strengthening growth opportunities for advanced indirect technologies.

Thermal Drying Dewatering Equipment Market Regional Outlook

Get Comprehensive Insights into the Market’s Size and Growth Trends

Download FREE Sample

North America

North America remains a significant market for Thermal Drying Dewatering Equipment, supported by established wastewater treatment infrastructure and large industrial processing operations. The United States represents the primary regional demand center, with Canada and Mexico contributing through pulp, food, manufacturing, and municipal applications. Wastewater treatment remains a major use area, while food processing and oil refining provide additional demand. Industrial operators are increasingly replacing older drying equipment with systems offering improved efficiency and automated controls. Regulatory requirements continue to encourage investment in advanced dewatering technologies.

The region is also witnessing growing interest in indirect and hybrid drying systems because of their energy-management advantages. Food manufacturers are evaluating equipment capable of treating production residues and wastewater within integrated facilities. Oil and petrochemical operators are investing in modernization projects to improve waste handling and environmental performance. Digital monitoring is increasingly being added to improve process control and maintenance planning. These developments are expected to support steady Thermal Drying Dewatering Equipment Market expansion across North America.

Europe

Europe is a mature market characterized by strong environmental regulations, advanced wastewater infrastructure, and widespread industrial sustainability initiatives. Germany, France, Italy, Spain, and the United Kingdom represent important demand centers across food processing, pulp, textiles, and wastewater treatment. Industrial facilities increasingly prioritize technologies that reduce energy consumption and improve emission performance. Indirect drying systems are particularly relevant because of their controlled heat-transfer characteristics. Modernization of older treatment facilities is creating additional replacement opportunities for equipment manufacturers.

European companies are also investing in hybrid systems, heat recovery, and automated process management to improve operational efficiency. Food and beverage manufacturers are upgrading wastewater treatment capabilities as sustainability standards become more demanding. Pulp and paper facilities are adopting improved drying technologies to address emissions and waste-management requirements. Industrial operators are increasingly evaluating lifecycle costs rather than focusing only on initial equipment investment. These trends should maintain Europe as a key market for advanced thermal dewatering technologies.

Asia-Pacific

Asia-Pacific represents the leading regional market, driven by expanding industrial production, wastewater treatment investments, and increasing environmental regulations. China and India are major demand centers, while Japan, South Korea, Indonesia, and other manufacturing economies contribute to regional growth. Textile, food, oil, and wastewater applications account for substantial equipment requirements across the region. Rapid industrialization is increasing the volume of wastewater and moisture-rich industrial residues requiring treatment. Government initiatives aimed at improving environmental performance are also encouraging new equipment installations.

The region is experiencing rising demand for indirect and hybrid systems as manufacturers seek to improve energy efficiency and reduce operating costs. Textile factories are upgrading wastewater treatment infrastructure, while food processors are investing in modern waste-management systems. Oil and refinery projects are creating opportunities for high-capacity thermal drying equipment. China and India are also becoming important centers for equipment manufacturing and technology development. Continued industrial expansion and stricter wastewater regulations are expected to sustain strong regional demand.

Middle East & Africa

Middle East & Africa is developing as an important market for thermal drying dewatering equipment, particularly across oil refining, wastewater treatment, food processing, and industrial infrastructure. Saudi Arabia and the UAE are leading regional demand because of their large refining operations and investment in modern industrial facilities. South Africa and Egypt also contribute through municipal wastewater, food processing, and manufacturing applications. Thermal systems are increasingly used where conventional dewatering technologies cannot provide the required treatment performance. Industrial modernization programs are creating opportunities for advanced equipment suppliers.

Energy efficiency and water conservation are major purchasing considerations in the region because of challenging environmental and resource conditions. Oil companies are evaluating improved drying systems to manage sludge and industrial wastewater more effectively. Municipal projects are also incorporating advanced dewatering technologies as wastewater treatment capacity expands. Hybrid and indirect systems are receiving greater attention because they can improve energy utilization and process control. Continued infrastructure investment and industrial diversification should support future Thermal Drying Dewatering Equipment Market opportunities in the region.

Which Region Dominates the Thermal Drying Dewatering Equipment Industry?

Asia-Pacific dominates the Thermal Drying Dewatering Equipment Industry, supported by expanding industrial production, wastewater treatment infrastructure, and environmental regulations. The region accounted for approximately 37% of global installations, ahead of Europe and North America. China and India are major contributors because of large food, textile, oil, and manufacturing industries generating substantial wastewater volumes. Increasing adoption of indirect and hybrid systems is strengthening regional demand as companies seek improved energy efficiency. Continued industrialization and government investment in wastewater management are expected to maintain Asia-Pacific's leading position.

List of Top Thermal Drying Dewatering Equipment Companies

• Veolia
• Pieralisi
• The Witte Company
• Air and Liquid Systems
• AES
• Huber Se
• Gea Group
• Andritz AG

Top Two Companies With Highest Share

• Veolia: Holds approximately 17% market share in the global Thermal Drying Dewatering Equipment Market, supported by more than 1,200 installed units, with strong adoption across wastewater treatment, food and beverage, and industrial processing applications.
• Andritz AG: Accounts for approximately 14% market share, backed by more than 950 installed units worldwide, a strong European presence, and growing adoption of hybrid drying systems across textile, pulp, and industrial applications.

Investment Analysis and Opportunities

Investment activity in the Thermal Drying Dewatering Equipment Market strengthened during 2024, supported by industrial wastewater treatment, energy efficiency, and automation projects. AI-enabled monitoring and energy optimization attracted a significant portion of capital as operators sought improved process control and lower operating requirements. Asia-Pacific remained a major investment destination because of expanding industrial facilities and wastewater infrastructure in China and India. Europe also attracted funding for sustainability-oriented projects, while the United States benefited from wastewater modernization programs. Food and beverage and oil processing facilities continued to receive substantial investment as manufacturers upgraded dewatering capabilities.

Investment strategies increasingly focused on hybrid equipment, customized configurations, and technologies capable of integrating energy recovery. Industrial users are prioritizing equipment that can manage changing feed conditions while maintaining stable drying performance. Waste heat utilization is receiving greater attention from facilities seeking to reduce dependence on conventional energy sources. Private and public investors are also supporting modernization of existing treatment infrastructure rather than relying only on new installations. These developments are creating opportunities for equipment manufacturers, automation providers, and specialized engineering companies across major industrial markets.

New Product Development

Product development in the Thermal Drying Dewatering Equipment Market is increasingly centered on intelligent controls, energy recovery, and flexible system configurations. Manufacturers are incorporating AI-enabled optimization to improve temperature management, moisture monitoring, and equipment performance. Waste heat recovery is also becoming an important design feature as industrial users seek to improve overall thermal efficiency. Hybrid systems combining direct and indirect drying technologies are being developed for facilities requiring greater operational flexibility. Compact equipment is gaining attention among smaller wastewater treatment plants and specialized industrial facilities.

New product development is also becoming more application-specific across food processing, textiles, pulp, and industrial wastewater treatment. Food-focused systems are being designed for improved hygiene, moisture control, and continuous processing requirements. Textile-oriented equipment emphasizes lower energy consumption and efficient treatment of complex wastewater streams. Pulp applications are encouraging development of systems with improved emission management and heat recovery capabilities. Regional manufacturers in Asia-Pacific and Europe are expanding customized solutions, supporting greater technological diversity and accelerating adoption across industrial end users.

Five Recent Developments

January 2026 – SUEZ secures sludge dewatering contract for Hong Kong’s Sha Tin Cavern Sewage Treatment Works

SUEZ was awarded a contract to supply 16 Dehydris™ Twist sludge dewatering units for the Sha Tin Cavern Sewage Treatment Works, strengthening advanced sludge-treatment infrastructure for the large-scale underground facility.

March 2026 – ANDRITZ introduces a new helix dryer for improved material recovery

ANDRITZ launched a new helix dryer designed for lithium-ion battery recycling, demonstrating the company’s continued expansion of advanced drying technologies for resource-recovery and industrial applications.

April 2026 – ANDRITZ launches modular small-scale spray dryers for R&D and production

ANDRITZ introduced a new generation of modular small-scale spray dryers designed to bridge laboratory testing and industrial-scale production, supporting process development and batch manufacturing requirements.

May 2026 – GEA highlights digitalization of wastewater sludge dewatering operations

GEA presented its Intelicant digital approach for wastewater treatment, emphasizing automation and improved process control to reduce manual operation while supporting more efficient sludge dewatering and disposal.

June 2026 – STRABAG expands its involvement in sustainable sewage sludge drying

STRABAG acquired a 50.65% stake in Ökologische Klärschlammtrocknung Offenhausen GmbH, strengthening its activities in ecological sewage sludge drying and linking sludge treatment with sustainable building-material production.

Report Coverage of Thermal Drying Dewatering Equipment Market

The Thermal Drying Dewatering Equipment Market Report provides comprehensive analysis across type, application, and regional segments. Indirect systems represent the leading type category, followed by direct and hybrid or other technologies. Food and beverage remains a key application area, supported by increasing wastewater treatment and moisture-control requirements. Oil, textile, and pulp industries also contribute significantly to demand through expanding industrial dewatering needs. Regional analysis highlights Asia-Pacific as the leading market, followed by Europe and North America, reflecting differences in industrial activity and wastewater infrastructure.

The report evaluates major industry participants, installation trends, technological developments, and sustainability initiatives shaping market growth. North America, Europe, and Asia-Pacific demonstrate substantial installed equipment bases across industrial and wastewater treatment facilities. Increasing adoption of energy-efficient systems, automation, heat recovery, and hybrid configurations is influencing purchasing decisions among end users. The study also examines investment activity and emerging opportunities across food processing, oil refining, textile manufacturing, and pulp operations. These insights support stakeholders assessing Thermal Drying Dewatering Equipment Market Growth, competitive positioning, technology adoption, and future Market Opportunities.

Thermal Drying Dewatering Equipment Market Report Coverage

REPORT COVERAGE	DETAILS
Market Size Value In	USD 688 Million in 2026
Market Size Value By	USD 902.03 Million by 2035
Growth Rate	CAGR of 2.72% from 2026-2035
Forecast Period	2026 - 2035
Base Year	2025
Historical Data Available	Yes
Regional Scope	Global
Segments Covered	By Type : Direct Type Indirect Type Others By Application : Food and Beverage Oil Textile Pulp Others
To Understand the Detailed Market Report Scope & Segmentation Download FREE Sample