Despatch Industries, a leading solar technology and equipment supplier, and DelSolar Co., Ltd., dedicated to R&D and production of high quality solar cells, modules and photovoltaic power generation systems, are pleased to announce that Energy Optoelectronics will use Dispatch’s patent-pending DriTech(TM) new drying oven to upgrade its own large-capacity solar cell production line. The new environmentally-friendly DriTech(TM) drying ovens dry out the toughest pastes in the industry without causing VOC contamination of equipment or the environment. Wonergy Optronics uses DriTech(TM) drying ovens for aluminum paste drying, which produces the most contamination and by-products. Mr. Lidon Chen, president of Wangneng Optoelectronics, stated: Wangneng Optoelectronics is committed to producing high-performance solar energy products with minimal impact on the environment. We will continue to optimize our most advanced equipment to achieve this goal through selective investment in technology and innovation. Wangneng Optoelectronics believes that DriTech(TM) drying ovens provide industry-leading solutions to the challenges of aluminum paste and its contamination. This environmentally friendly device requires little maintenance and does not require the treatment of by-products. We also expect to use the advanced process conditioning capabilities of the DriTech(TM) Dryer to process the new paste and truly optimize our drying process performance. †The uniquely designed DriTech(TM) drying oven separates the volatile organic compound removal and binder burn-out processes to achieve a more efficient drying process . A direct fired incinerator located in the middle is used to eliminate volatile organic compounds and is maintenance-free. It ensures that there are no contaminants in the oven cavity, and that smoke and solvents are not discharged from the drying oven outlet. The DriTech(TM) Dryer's internal airflow is controlled to reduce cold air entrainment at the inlet and outlet of the drying oven. The DriTech(TM) Drying Furnace is designed for fast peaking of the temperature profile, providing lower die exit temperatures and maximum release of volatile organic compounds in the early stages, resulting in higher paste drying efficiency. The device also features a compact design and smaller size. John Farrell, general manager of Despatch’s Solar Energy Division, said: “The DriTech(TM) drying oven we developed follows the industry’s need for a clean, flexible, and efficient drying equipment for the next generation of pastes, enabling us to truly optimize the production line for our customers. Every dry link performance. This eco-friendly design has its own device for eliminating volatile organic compounds, eliminating the long-term pollution problems that affect drying performance. We are very pleased with Won Optronics' selection of the DriTech(TM) drying oven, and we look forward to continuing to work with them. †News link: Dispatch Industries is a global leader in manufacturing the next generation of innovative tools and technologies for the solar cell manufacturing industry. The company's branches and complete global service network established in various regions can provide local sales and product support to all customers worldwide. Dispatch's equipment is consistently recognized for its superior performance and process quality, optimized battery efficiency, maximum uptime and lower operating costs. Metal Body Square Water Cooling Tower This series of products run stable, low noise, energy-saving, in office buildings, shopping malls, hotels, residential areas and other central air-conditioning supporting the use of better results. Metal Body Square Water Cooling Tower,Tower Water Cooler,Water Cooled Cooling Tower,Tower Cooling System Wuxi Ark Fluid Science Technology Co., Ltd. , https://www.fangzhou-arkfluid.com
The company's standard cooling tower according to the international design conditions design, can also provide customers with non-standard operating conditions or specific sizes under the special, special design.
The circulating water pump suction port shall be located below the water level of the cooling tower catchment basin, and the cooling tower outlet pipe shall not be allowed to be higher than the maximum water level of the catchment basin.
Pipe mounts should be pipe racks and cooling towers should not be allowed to directly bear the weight of the pipes.
The rehydration pipe of the cooling tower should be provided with a support stand to avoid vibration of the pipe when the float valve is rehydrated.
Rehydration pressure should be below 5m water pressure, national standard
The flannage pressure is 1.0Mpa.
When two or more units are assembled, our company will provide a connecting balance tube to balance the chassis water level. The tower top inlet should be set with a conditioning valve in order to enter each
.The water level of the tower is uniform.
The noise is measured at dm1.13VL-W at the equivalent diameter of the cooling tower (Dm1.13VL*W), 1.5 meters above the ground height, wherein L and W are the shape rulers of the tower
inch long and wide).
The use of cellular continuous blister series of diversion,heat dissipation, water collection three-in-one native filler, the whole suspension, gravity cloth water, low drop of water, with cold effect
High, low energy consumption, less drift water, less noise and so on, floating water rate is less than 0.001%.
When connecting different types of towers, the bottom basin water level height of different types of towers must be taken into account, and the base height must be adjusted to maintain the water level balance of the towers.