Call:
+84 935 293 693
Mail:
business@waygo.net
Call:
+84 935 293 693
Mail:
business@waygo.net
Waygo has been supplying steam/heat of up to 40 tons/h to various manufacturing facilities across industries: F&B, paper & packaging, textile, animal feed, etc. By purchasing steam/heat from us, customers save up to 40% on energy costs.
Cloud Kiln with Industry 4.0 Technology: Fully automated drying schedules, a centralized network, and a data-driven control system that is superior to embedded controller technology. Cloud Kiln allows for the concurrent monitoring of hundreds of geographically distributed kilns.
Fluidized bed boilers, gas-fired/oil-fired boilers, chain grate boilers, stationary grate boilers, thermal oil boilers, industrial drying systems, thermal networks, digital transformation of industrial thermal systems, auditing of boiler and thermal systems
Digitalization of automated/semi-automated manufacturing systems to industry 4.0 technology–enabled systems with data, connectivity, SCADA, and smart computer algorithms at the core. These systems enable managerial personnel to have a more comprehensive view of their systems, leading to a more timely & efficient business decision-making process.
With heavy investment in R&D, our boilers, thermal systems, green energy solutions, & services are here to help our manufacturing clients reduce costs and operational overhead, and optimize energy utility for green and sustainable growth.
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Design and manufacture of industrial boiler systems, thermal networks, pressure equipment, smart energy management systems, and emission monitoring systems
Cloud Kiln: Industry 4.0 Technology data-driven timber drying system: remote monitoring & analysis, shortened drying time, reduced labor cost
Save up to 50% on steam/heat production costs for your manufacturing processes by purchasing from Waygo
Custom remote monitoring of sensor networks; on-demand, tailor-made data & control systems for industrial processes
Design and manufacture of industrial boiler systems, thermal networks, pressure equipment, smart energy management systems, and emission monitoring systems
Cloud Kiln: Industry 4.0 Technology data-driven timber drying system: remote monitoring & analysis, shortened drying time, reduced labor cost
Save up to 50% on steam/heat production costs for your manufacturing processes by purchasing from Waygo
Custom remote monitoring of sensor networks; on-demand, tailor-made data & control systems for industrial processes
Cloud Kiln is a novel technology developed by Waygo with domain knowledge provided by Tritherm Corporation Pte. Ltd. Singapore based on its 25 years of experience in timber drying theories and practices. In essence, Cloud Kiln technology provides professional timber-drying factories with a data-driven, networked kiln control and remote monitoring system. Some of its features include:
Maintaining precise climate conditions inside the kiln as dictated by any of the 63 preset drying programs & unlimited user programs Centralized control desk at the factory, with the ability to retain drying data, and visualize and analyze such data from the control desk or from the cloud service Waygo provides a turn-key solution including kiln equipment and Cloud Kiln control system, boiler system, and all electrical, and mechanical components involvedWaygo's Fluidized Bed Boiler (FBB) helps save up to 50% of the steam/heat product costs compared with oil-fired, gas-fired, or other low-tech boilers. The boiler system is capable of firing low-cost biomass fuels - such as rice husk, saw dust, wood chip, cashew shell, etc. - and is much more environmentally friendly compared with systems that use fossil fuels.
Multi-fuel firing, including biomass fuels and other low-grade fuels Significant reduction in emissions Allows for the use of local agriculture and forestry by-products to produce low-cost saturated steam or heat at high efficiency
Waygo's Fluidized Bed Boiler (FBB) helps save up to 50% of the steam/heat product costs compared with oil-fired, gas-fired, or other low-tech boilers. The boiler system is capable of firing low-cost biomass fuels - such as rice husk, saw dust, wood chip, cashew shell, etc. - and is much more environmentally friendly compared with systems that use fossil fuels.
Multi-fuel firing, including biomass fuels and other low-grade fuels Significant reduction in emissions Allows for the use of local agriculture and forestry by-products to produce low-cost saturated steam or heat at high efficiency
The Waygo team has undertaken 50+ boiler, energy conversion, & green energy production projects for manufacturing facilities across industries in Vietnam since 2007.
Our manufacturing system includes machinery, equipment, and human resources that are capable of undertaking large projects and adhering to high manufacturing standards both in Vietnam and in developed countries.
(This is a publication on Panels & Furniture Asia)
Until recently, timber drying is generally considered a low-tech business by some working in the area, with the majority of kiln owners make use of kiln drying controllers (and accompanying computer software in some cases) that automate the control of the drying process of the kilns . These embeded controllers work dependently in a distributed manner and don’t really generate the kind and amount of data that are helpful for operation management, quality improvement, remote monitoring, data reporting or troubleshooting.
In today’s technological landscape whereas technology 4.0 is an emerging trend, the timber drying business may leverage on this trend to become even more efficient.
Waygo JSC, a company based in Vietnam has developed a new technology called Cloud Kiln that allows for centralized kiln controlling & monitoring, drying data archiving and visualization, remote monitoring, data statistics & reporting via a cloud service and Telegram alarms and notifications. The domain knowledge upon which Cloud Kiln is developed is majorly provided for by Waygo’s Singaporean partner Tritherm Pte. Ltd., a company that has 25+ years of hands-on experience on timber drying.
This article focuses on the trap Safety Factor and Life Cycle Cost (LCC) considerations.
What is the Safety Factor?
The safety factor is a coefficient used when selecting the trap’s required discharge capacity. It helps provide a buffer zone for instances when condensate volume exceeds calculated/predicted values. The estimated condensate load should always be multiplied by the recommended safety factor for trap selection.
