RODUCT BROCHURE ENVIR&CREM CREMATORS EnviroCrem XL Human Cremator

HIGH-CAPACITY BARIATRIC EXCELLENCE The EnviroCrem XL is a specialised, highcapacity bariatric cremation system engineered for the efficient, reliable, and repeatable cremation of larger human cadavers. While conventional bariatric units often require extended cooldown periods to mitigate thermal runaway and emissions excursions, the XL is uniquely configured to eliminate these delays. By drawing on decades of expertise in highcapacity thermal engineering, the XL delivers superior throughput and thermal stability, significantly reducing cycle times without compromising process control. Built on...

High-Volume Primary Combustion Chamber 75% larger volume than standard bariatric models. 150 kg/hr burn rate (double the ~75 kg/hr of conventional systems). Delivers the fastest cremation cycles currently available in the bariatric market. Large chamber design lowers VHR to industrial incinerator levels. • Mitigates the risks of thermal runaway and emission exceedance. • Supports continuous daily operation by eliminating the need for cooldown periods between cycles. • Utilises a three-pass secondary chamber directly below the hearth. • Safely vaporises rendered fats on the heated surface for...

Fuel Types Electrical Supply Primary Combustion Chamber Diesel, LPG, Natural Gas & Bio Fuel Cremation Chamber Volume

Primary Burner

Primary Burners Secondary Burner Hydraulic Power Unit Control System Navigating the complexities of high-capacity cremation requires precision, accurate data, and the right partner. To receive a full technical breakdown and begin tailoring a solution for your own facility, connect with our specialist advisory team today. Our experts are here to guide your planning process every step of the way.

The cremator is supplied with a Programmable Logic Controller (PLC) based system. This controller will supervise the operation and control the automation of the combustion process. A human machine interface (HMI) provides the necessary operational control and visual interface between the Operator and the plant operating systems. The HMI is programmed with successive synoptic pages which display: • Presentation Page • Operation Plant Mimic • Alarm Page • Process Analysis Page CONTROL SYSTEM Presentation Overview Page Each day, the control system displays the presentation overview page, which acts...

CONTROL SYSTEM This will control and log any alarm or out-of-tolerance condition. Through a series of fast acting feedback control loops, all out-of-tolerance conditions will be continually controlled through the adjustable functions such as reduction/increase of combustion air levels, increase/decrease heat input, and induced draught fan acceleration/deceleration. However, should an incident occur where the process is operating outside its tolerances, then a first-stage alarm will occur, which will initiate a visual and audible alarm to warn the Status Text Acknowledge group Reduce Combustion...

Process Analysis Page The process analysis page provides a log and graphical display of all process variat conditions. This can be displayed as either an individual cremation or a summary < cremations over a selected period. These include, All temperatures All alarms All emission trends Any faults Running hours of various components Charge times Plant status Charge weights and times Service requirement Remote Support The operation of the equipment is remotely monitored from our offices in Manchester (UK) via an Asymmetric Digital Subscriber Line (ADSL), or a mobile networked SIM card. The system...

To meet global emissions legislation, including the newly released PGN5/2(25), it is necessary to integrate a comprehensive flue gas treatment system as represented below 1. Envirocrem XL Cremator Unit 2. Primary Heat Exchanger: Required to cool the exhausted flue gas down to the required temperature for flue gas treatment. 3. Control Panel: Including an integrated continuous emissions monitoring system (CEMS). 4. Combustion Air Fan: Delivers the precise oxygen needed for combustion while providing the pressure required to drive flue gases through the downstream abatement filtration system. 5....

Hot Water Energy Recovery System As the flue gas treatment system is temperature sensitive, it is necessary to cool the flue gases exhausted from the cremator from 800-850 o C down to a temperature of around 175°C. This requires the use of a heat exchanger, which transfers the thermal energy from the flue gas stream into a water/glycol blend. It is therefore relatively simple to recover some of this thermal energy by including a secondary heat exchanger in the circuit. The secondary heat exchanger transfers the thermal energy within the water/glycol blend into the main water feed into the building’s...

ECT 360: ADVANCED PERFORMANCE MONITORING & MANAGEMENT ECT 360 is an integrated platform engineered for the high-resolution monitoring and management of complex thermal systems. By capturing and logging all process variables in real-time via a secure, web-based architecture, the system creates a comprehensive operational history. This data-driven foundation allows for precise trend analysis, anomaly detection, and benchmarking against critical environmental and operational targets. Actionable Insights via Role-Based Dashboards The platform features a configurable, role-based dashboard that provides...

Environmental Combustion Technologies (ECT) is a leader in the design, manufacture, and supply of advanced combustion systems, a total solutions provider specialising in human cremators, pet cremators, waste incinerators, and waste-to-energy applications. ECT draws together a combination of seasoned industry experts possessing decades of collective experience with dynamic new talent drawn from diverse engineering disciplines. This powerful blend of deep-rooted knowledge and fresh, innovative perspectives creates a truly progressive and collaborative team. With backgrounds spanning combustion,...