Applied Heat Recovery
Deaerators
Product Innovation
Our deaerator systems are offered in both standard and fully custom configurations and can be seamlessly integrated with complementary boiler room equipment—such as economizers—for a complete, single-source solution. Flexible packaging options allow customers to select a full system with pumps, skids, and accessories or a bare vessel to fit their specific project needs.
Issues Addressed/Opportunities Created
Providing complete or modular system options simplifies procurement, improves equipment coordination, and reduces installation complexity. Customers benefit from streamlined project execution, flexible integration with other boiler room equipment, and reliable, application-specific solutions.
AtmosZero
Boiler 2.0
Product Innovation
Boiler 2.0 is an air-sourced steam-generating industrial heat pump based on cascaded vapor compression cycles. It was designed as a drop-in replacement for existing steam boilers, negating the need for expensive e-boilers or complex waste heat integration.
Issues Addressed/Opportunities Created
Erases emissions (GHG, NOx, SOx, PM) from steam generation while also running at half the OPEX of an electric boiler. This allows facilities in every industry meet their scope 1 emission targets or expand production without expanding the emission profile of their facilities.
Autoflame Engineering
Mini Mk9
Product Innovation
The innovative Mini Mk9 introduces patented UV Flame Trim technology, wireless downloads and software updates, expanded I/O capability, and fully integrated automation and safety features. It tackles rising energy costs and tightening emissions standards by delivering up to 12% fuel savings and up to 10% lower harmful emissions, all managed though and intuitive 8” multi-touch interface. Marketplace feedback highlights its comprehensive global safety certifications and true "plug-and-play" architecture, enabling seamless upgrades from earlier Autoflame models with minimal disruption.
Issues Addressed/Opportunities Created
The Autoflame Mini Mk9 addresses the critical industrial challenges of rising operational costs and strict environmental mandates. By replacing traditional linkage systems, it eliminates mechanical inaccuracies, delivering up to 12% fuel savings and up to 10% lower harmful emissions. Beyond improving performance on traditional boiler and burner applications, the numerous technological advancements within the Mini Mk9 open the door to working with a far broader range of customers across diverse industries. These capabilities create new opportunities for Autoflame to support unique operational challenges, modernise legacy systems, and provide high efficiency solutions to customers who previously sat outside the typical boiler room footprint.
Clark-Reliance
Levalarm 1000 Float Level Switch
Product Innovation
The Levalarm REA100F-1000 float switch represents a major step forward in reliability. It employs a robust dual magnet design with a positive interlock • For Pressures up to 1000 psi (69 Bar) • Zero effect from heat, vibration or loss of electrical power • Positive interlocking magnet design • Proven over 30 years of use • Drop-in design requires no adjustments to commission
Issues Addressed/Opportunities Created
A stainless-steel float is attached to the end of a rod with a stainless-steel encapsulated magnet. The float magnet pivots vertically on an axle inside the chamber. The primary magnet on the float rod drives the secondary magnet located inside the switch housing. The secondary magnet movement causes a physical activation of a switch.
The use of repelling magnetic fields creates a positive interlocking switch that is both vibration resistant and compensates for installation misalignment. A buoyed float will cause the reaction of the magnets to hold the switch open or closed, depending on which terminals are used.
Cleaver-Brooks
EOS 500 Burner Control System
Product Innovation
The Cleaver-Brooks EOS 500 Burner Control System offers highperformance burner control features at an affordable price. With a standard 7" touchscreen interface, it is easy to configure and monitor the EOS 500 as well. Offered in three sizes with many parameterized options, the EOS 500 can be configured perfectly for most burner applications.
Low-cost failsafe solid-state UV and IR scanners take safety to another level with the EOS 500, allowing for continuous burner operation if needed. Easy wiring and installation of the control and actuators also makes the EOS 500 the perfect choice for burner control modernizations, whether replacing a linkage control system or another type of parallel positioning system.
The standard Modbus TCP/IP interface allows simultaneous connection to multiple masters, allowing both a Prometha® and a building or plant automation system to monitor data without conflict. The integrated load control with advanced PID allows the direct connection of a steam or hot water sensor to modulate the burner to maintain setpoint.
Issues Addressed/Opportunities Created
The EOS 500 addresses the high-cost of control systems by offering innovative features and operation at a lower cost. Ease of installation makes the EOS 500 an attractive option for retrofits and upgrades due to decreasing the amount of downtime it takes to install on most manufacturer's equipment.
Enginuity Power Systems
E-200 mCHP
Product Innovation
The Enginuity E200 redefines distributed energy by combining high-efficiency combined heat and power (CHP) with a resilient, modular architecture that enables facilities to truly “Be Your Own Utility™.” By producing on-site electricity and capturing waste heat for beneficial use, the E200 achieves total system efficiencies of up to 85%, significantly improving fuel utilization while lowering emissions intensity and operating costs. Delivering continuous electric output alongside high-value thermal energy for hydronic systems, process loads, domestic hot water, absorption chilling, or optional boiler feedwater preheating, the platform enhances facility-wide energy productivity without requiring major infrastructure changes.
Designed for reliability and scalability, up to eight E200 units can be daisy-chained to create a coordinated, high-uptime energy system with built-in redundancy and the flexibility to expand over time. Its always-connected architecture enables advanced remote monitoring, predictive maintenance, and performance optimization, reducing unplanned downtime and lifecycle costs. Backed by a market-leading warranty—3 years/8,000 hours on the engine and generator and 18 months/8,000 hours on other components—the E200 provides confidence in long-term performance while shielding customers from rising energy costs, grid instability, and market volatility
Issues Addressed/Opportunities Created
What is CHP?
Combined Heat and Power (CHP), or cogeneration, produces electricity and useful thermal energy from a single fuel source in one integrated system. Instead of wasting heat generated during power production, CHP captures and repurposes it for hot water, space heating, process loads, or boiler feedwater preheating— achieving total system efficiencies of up to 85%.
The Enginuity E200 enables facilities to “be their own utility” by delivering on-site electricity and high-value heat in a single, compact platform. Generating 180 kW of continuous power alongside up to 1.4 MMBtu/hr of recoverable thermal energy, the system maximizes fuel utilization while reducing dependence on grid-supplied electricity.
With overall efficiencies approaching 85%, the E200 significantly lowers operating costs and emissions intensity compared to separate heat and power generation. Its integrated design supports diverse applications—including hydronic heating, domestic hot water, process heat, absorption chilling, and optional boiler feedwater preheating—without requiring changes to existing infrastructure.
As energy markets face rising costs, capacity constraints, and reliability concerns, the E200 provides a resilient alternative. Onsite generation stabilizes energy expenses, protects operations from grid disruptions, and reduces exposure to peak demand charges and price volatility.
By combining electricity, heat recovery, and modular scalability, the Enginuity E200 transforms energy from a liability into a strategic asset—delivering efficiency, resilience, and cost control for commercial and industrial facilities.
Enginuity E200 — Be Your Own Utility™.
Emerson
ASCO 158/159 Pressure Regulating & Safety Shut-Off Motorized Valve
Product Innovation
The ASCO Series 158 & 159 Motorized Gas Valve with Integrated Pressure Regulation – an innovative, multifunctional solution engineered to meet the evolving demands of modern gas burner applications.
Traditionally available only in ON/OFF or High/Low/Off (two-stages opening) configurations, these valves can now incorporate an integrated electronic pressure regulation function, combining the capabilities of a certified pressure regulator and a safety shut-off valve into a single device.
Issues Addressed/Opportunities Created
Innovative Electronic Pressure Regulation: Provides precise, responsive and stable pressure regulation using a simple sensor/cable connection, eliminating the need for gas tubing to the actuator.
Protected & User-Friendly Setting Interface: Numeric-based settings simplify commissioning and reduce manual adjustment cycles. OEMs can even preset units, minimizing on-site configuration and accelerating commissioning.
Broadest Pressure Capability on the Market: Industry-leading operating and safe closing pressure rating. These capabilities often enable customers to remove an upstream pressure regulation stage and/or overpressure protection device, reducing system complexity and cost.
Robust Construction for Extreme Conditions: Ensures reliable performance from ‑40°F to 150°F (‑40°C to 66°C) without requiring additional heating elements. While other suppliers may need electric heaters or experience failures in colder climates, the ASCO design eliminates that risk.
Heatcore INC
Compute Boiler
Product Innovation
Our compute boiler can generate 90C/194F hot water with 97% thermal efficiency meanwhile mine bitcoin.
Issues Addressed/Opportunities Created
The Computing Boiler addresses several critical challenges facing modern energy and heating infrastructure: rising energy costs, decarbonization requirements, and the increasing waste heat generated by digital infrastructure. Traditional boilers convert fuel or electricity directly into heat with limited secondary value, while conventional data centers dissipate large amounts of low-grade heat to the atmosphere. By combining these two systems into a single integrated platform, the Computing Boiler turns computing energy consumption into a valuable thermal resource. This approach improves overall energy efficiency, reduces operational heating costs, and supports the transition toward low-carbon heating solutions. In addition, the system can operate as a flexible electrical load, allowing integration with renewable energy sources and smart energy management systems, creating new opportunities for sector coupling between the digital economy and sustainable heating infrastructure.
Industrial Steam Boiler Corp.
High Pressure Steam Boiler
Product Innovation
High Pressure Steam Boiler High Efficiency.
Issues Addressed/Opportunities Created
Allows ISB to enter into process markets etc.
Karl Dungs Inc.
RSP 254/255 Piloted Pressure Regulator
Product Innovation
High Pressure regulator with integrated Safety Slam Shut, aluminum housing, 1% accuracy over a wide range of flows and pressure.
Issues Addressed/Opportunities Created
OverPressure protection integrated in the regulator and not requiring large venting of gas. Lower cost regulator without quality compromises linked to the use of cast aluminum.
Levelstate Systems Ltd
Acoustic Steam Leak Detector (ASLD)
Product Innovation
1. ASPM module and IPC server are integrated into a single module
2. No external PLC required for DI/DO operation. DI/DO functions are handled through ASPM
3. No CER panel required
Issues Addressed/Opportunities Created
1. Above mentioned innovation has helped in reducing transportation cost and enhancement of safety during transit
2. It has reduced space requirements at customer’s end – System can be installed on a table or control room desk. No dedicated panel space required
Lincoln Electric Additive Solutions
Large format 3D metal printing
Product Innovation
Lincoln Electric’s 3D metal printing services is ideal for high-mix, low-volume applications; capable of printing parts over 10 ft. (3 m) in length and weighing in excess of 22,000 lbs. (10,000 kg). This innovative technology significantly reduces manufacturing lead times, shortens supply chains, and enables design enhancements that exceed traditional manufacturing capabilities. With the largest 3D metal printing capacity in North America, we can expedite production of large industrial parts for myriad industry applications.
Issues Addressed/Opportunities Created
Lincoln Electric Additive Solutions 3D metal printing services can provide significant advantages over castings, forgings and other traditional manufacturing processes with faster delivery of highquality new and replacement parts. Lincoln Electric has qualified projects to several codes and standards: ASME BPVC, API, NAVSEA, DNV and AWS
MAGNUS 1946 Chemicals Ltd.
Aquassist (Connected Water Analysis & Management System)
Product Innovation
Aquassist introduces a connected field-laboratory platform that integrates portable automated titration and wet chemistry analysis directly into a unified digital water management ecosystem.
At the core of the innovation are wireless, portable analysis devices designed for true field laboratory application. The system enables automated titration and wet chemistry testing outside of traditional laboratory settings while maintaining structured, repeatable procedures and digital data capture. Unlike conventional portable test kits or standalone titrators, Aquassist devices operate within an integrated platform that combines:
1) Wireless automated titration capabilities.
2) Guided wet chemistry workflows.
3) Real-time digital result capture via Apple and Google mobile applications.
4) Automated documentation and reporting.
5) Centralized data management.
This approach transforms traditional manual field testing into a portable, digitally connected laboratory solution. For the boiler manufacturing industry, Aquassist provides a structured method for documenting boiler water chemistry control in the field. By enabling standardized, traceable wet chemistry testing and centralized recordkeeping, the system supports improved deposit prevention, corrosion control programs, and steam purity management. Digital records enhance transparency for commissioning, service agreements, and warranty documentation.
The platform architecture is AI-ready, supporting future integration of predictive analytics and advanced performance monitoring tools.
Aquassist represents a shift from manual, technician-dependent testing toward a portable, standardized, and digitally integrated model for professional boiler water and industrial water management.
Issues Addressed/Opportunities Created
Boiler performance and reliability are highly dependent on consistent water chemistry control. However, field testing is often manual, variably executed, and inconsistently documented. This can lead to incomplete records, reduced traceability, delayed corrective actions, and increased risk of scaling, corrosion, carryover, and unplanned outages.
Aquassist addresses these challenges by digitizing portable wet chemistry and titration testing while standardizing documentation and reporting. The system reduces transcription errors, improves procedural consistency, and provides centralized, traceable records of boiler water, feedwater, and condensate chemistry. Opportunities created for users and boiler manufacturers include:
1) Improved deposit and corrosion risk management
2) Structured documentation supporting commissioning and warranty requirements
3) Greater transparency between service providers and boiler owners
4) Faster identification of chemistry deviations
5) Reduced administrative workload for field personnel
6) A scalable digital foundation for future fleet-wide analytics
Aquassist supports a shift from reactive water chemistry management to a structured, traceable, and performance-focused approach aligned with boiler asset protection and lifecycle reliability.
Miura America Co., LTD.
Miura Reverse Osmosis System
Product Innovation
Miura's Reverse Osmosis systems extend the company's Complete Solutions and Lifecycle Partnerships approach to include highpurity water treatment. Designed to pair with Miura water softeners, boilers, and monitoring platforms, these systems enable single-source accountability across the entire boiler room.
The two-tier offering includes a Basic system with manual control for facilities with dedicated water treatment personnel, and a Premium system featuring Miura's Uptime® intelligent control platform with comprehensive instrumentation, automated diagnostics, and remote visibility through Miura Connect. The Premium configuration allows operators to monitor water treatment and steam generation from a unified interface, with QR code access to diagnostic videos and maintenance guidance directly at the equipment.
Key features include 75% recovery rate with internal recycle to minimize wastewater, modular skid-mounted construction for simplified installation, and integration with Miura's BP Panel for coordinated system control in multi-boiler installations. By adding reverse osmosis to Miura's product portfolio, customers can work with a single engineering partner and service provider for water treatment, steam generation, and lifecycle support.
Issues Addressed/Opportunities Created
Fragmented Vendor Relationships: Facilities requiring high-purity water typically work with separate vendors for water softening, reverse osmosis, and steam generation. This creates coordination challenges during installation, complicates troubleshooting when issues arise, and fragments lifecycle accountability. Miura RO systems allow customers to consolidate water treatment and steam generation under a single Complete Solutions partnership, simplifying procurement, reducing multi-vendor coordination, and providing unified engineering support throughout the system lifecycle.
Limited System Visibility and Reactive Maintenance: Traditional RO installations operate independently of boiler controls, limiting operators' ability to monitor overall boiler room health from a centralized interface. Miura's Premium RO system with Uptime® provides water quality monitoring alongside boiler performance data through Miura Connect, enabling earlier detection of membrane fouling or feedwater quality issues. Automated alerts support predictive maintenance by tracking performance trends and notifying operators when cleaning or membrane replacement is needed based on actual system condition rather than arbitrary time intervals.
Scale Formation and Water Waste: High dissolved solids in feedwater accelerate scale buildup, reduce heat transfer efficiency, and shorten equipment life. Miura RO systems remove dissolved minerals and salts while achieving 75% recovery rate, significantly reducing concentrate discharge volume compared to lower-recovery systems. This helps mitigate scale formation, extend boiler life, reduce water and sewer costs, and support facilities' sustainability goals and regulatory compliance in waterstressed regions.
Market Opportunity: The product enables Miura to serve customers who previously purchased Miura boilers while sourcing water treatment from other suppliers. Facilities planning new installations or replacing aging water treatment equipment can now work with Miura for the complete boiler room system, strengthening customer relationships and positioning Miura as a long-term system partner across water treatment, steam generation, and lifecycle support.
Shannon Global Energy Solutions
Hydronic Insulation Shield
Product Innovation
This reusable insulation solution is engineered to reduce radiant heat loss and improve energy efficiency across hot water and chilled water systems. Designed for valves and fittings operating at lower temperature ranges from 40°F to 190°F, the new system offers a cost-effective alternative to traditional hard insulation methods that are often damaged or discarded during routine maintenance.
Issues Addressed/Opportunities Created
Uninsulated or bare system components in hydronics systems can create significant radiant heat loss, driving up energy costs and reducing overall system performance. In many facilities, rigid insulation must be removed to gain access for inspection or repairs, frequently resulting in waste and permanently uninsulated components. The Shannon Hydronic Insulation Shield addresses these challenges by combining energy savings with easy access, allowing maintenance teams to remove and re-install insulation quickly without compromising system efficiency.
Weishaupt Corporation
S-Series Burners
Product Innovation
The Weishaupt ULN Burner is an advanced ultra-low-NOx burner for commercial and industrial boilers, delivering sub-7 ppm NOx on natural gas without flue-gas recirculation and 90 ppm NOx on No. 2 oil. It utilizes staged premix combustion, optimized air-fuel mixing, and proprietary burner head design to ensure stable operation and high efficiency. Key features include wide turndown capability, natural gas–only or dual-fuel (natural gas/light oil) models, instant fuel switching, integrated digital combustion management, and enhanced safety through dual flame sensors and internal temperature monitoring. The modular design allows easy integration into new or existing boiler systems.
Issues Addressed/Opportunities Created
The ULN Burner meets increasingly stringent NOx regulations by delivering ultra-low emissions without the need for external flue gas recirculation. This simplifies installation, reduces operating and maintenance costs, and ensures reliable, stable performance.
Key benefits include easier regulatory compliance, lower total cost of ownership, improved system stability, and expanded application in environmentally regulated markets requiring very low NOx emissions.
Remforce
TaskRM
Product Innovation
TaskRM is the solution allowing you to create custom task lists designed to centralize equipment maintenance records and boiler logs in a secure, accessible environment. TaskRM will autogenerate your task logs and can auto-populate them when integrated with your real-time monitored data. The platform also provides proactive notifications if a task list is not completed within a specified time frame and can automatically distribute completed task lists to key stakeholders via email. Additionally, TaskRM will integrate with Remforce’s forthcoming ViewRM display to further enhance operational visibility and workflow efficiency.
Issues Addressed/Opportunities Created
TaskRM addresses the challenges associated with maintaining paper-based logs by automating task list generation. Tasks can be completed conveniently from a phone, tablet, or computer, ensuring accessibility across devices. TaskRM provides proactive notifications for missed tasks, auto-populated parameters from current remote monitoring and allows for automated distribution when a task list is completed, enabling completed reports to be emailed directly to key stakeholders. TaskRM equipment task lists are centralized, easily accessible, printable, and securely stored.
